Articles tagged with "battery-storage"
Ports as Power Plants: Inside the Maersk–CATL Alliance for Maritime Decarbonization - CleanTechnica
The article discusses a strategic partnership between Maersk, one of the world’s largest container shipping companies, and CATL, the world’s biggest battery manufacturer, aimed at decarbonizing maritime logistics, port operations, and supply chains. Signed on October 10, 2025, this collaboration builds on an earlier June agreement between CATL and Maersk’s terminal subsidiary, APM Terminals, to electrify port equipment and deploy advanced battery systems. The partnership leverages Maersk’s extensive control over global shipping infrastructure—including ports, vessels, trucks, and cranes—and CATL’s broad portfolio of lithium-based battery technologies to transform ports from carbon-intensive chokepoints into energy-efficient nodes. Ports represent a critical frontier for shipping’s energy transition because they concentrate numerous energy-intensive activities such as container cranes, yard tractors, refrigerated stacks, and ship hotel loads, which create peak electricity demands that existing grids struggle to handle. By installing large-scale battery storage systems, ports can smooth out these peaks
energymaritime-decarbonizationbattery-storageport-electrificationshipping-industryrenewable-energylogistics-technologyFollow The Money! Savvy Investors Known Renewables Are The Future. - CleanTechnica
The article highlights the growing recognition among savvy investors that renewable energy is essential for the future, particularly in supporting the United States' economic growth and technological development. Chuka Umunna, JPMorgan’s global head of sustainable solutions, emphasized that the US will inevitably need to incorporate wind and solar energy to meet its energy demands, despite current government policies that are canceling renewable projects in favor of nuclear power. The article criticizes this government stance, pointing out the long lead times and high costs associated with nuclear plants, and the flawed utility business model that incentivizes excessive spending without necessarily benefiting consumers. JPMorgan CEO Jamie Dimon also underscored the importance of investing in sectors that enhance US economic security and resilience, such as battery storage and grid infrastructure, which are critical to supporting renewable energy. Dimon stressed the urgent need to reduce reliance on foreign sources for critical minerals and manufacturing, framing this shift as a commercial imperative rather than philanthropy. Meanwhile, major investment firms like Brookfield are demonstrating
energyrenewable-energysolar-powerwind-energybattery-storagegrid-resiliencyenergy-investmentPhilippine MTerra Solar Project To Be Connected To The Grid Very Soon - CleanTechnica
The Philippine Energy Regulatory Commission (ERC) has approved a P14.25-billion ($250 million) transmission network to connect the MTerra Solar Project, developed by Terra Solar Philippines Inc., to the national grid. This infrastructure, nearly 90% complete, will transmit power generated from the solar installations in Nueva Ecija and Bulacan to consumers across Luzon. Currently, the facility has installed 778 megawatts (MW) of solar panels, making it the largest operational solar plant in the country. Once fully completed, the project aims to generate 3,500 MW of solar power complemented by a 4,500-megawatt-hour battery storage system, with the first phase targeted to come online by early 2026. The battery storage will enable power supply during peak evening hours, addressing the Philippines’ chronic power reliability issues and reducing brownouts. The project is significant for Filipino consumers as it promises to lower electricity costs by providing solar power at rates below fossil fuel alternatives, thereby
energysolar-powerbattery-storagerenewable-energypower-gridenergy-infrastructurecarbon-emissions-reductionNevada’s Lost Sunlight: What Esmeralda 7 Tells Us About America’s Energy Future - CleanTechnica
The article discusses the quiet cancellation of Esmeralda 7, a massive 6.2 GW solar and battery project in Nevada, following a subtle change by the Bureau of Land Management (BLM). Esmeralda 7, backed by major developers like NextEra and Invenergy, was poised to supply clean energy to millions and had progressed through significant environmental reviews. However, under Interior Secretary Doug Burgum, the Trump administration replaced the decade-old renewable development framework with more restrictive policies that fragmented project approvals, increased political oversight, and imposed new barriers such as a “capacity density” test and higher land leasing fees. These changes disrupted the shared environmental and permitting processes essential for Esmeralda 7’s economic viability, effectively dooming the project. This policy shift reflects a broader trend within the Interior Department favoring oil and gas extraction over large-scale renewable projects on public lands, despite rhetoric promoting “energy abundance.” The cancellation of Esmeralda 7 has significant implications for Nevada’s energy future,
energyrenewable-energysolar-powerbattery-storageclean-energy-projectsenergy-policyUnited-States-energyBritain’s Biggest Battery and the Port That Needed It - CleanTechnica
The article from CleanTechnica highlights a transformative energy project at Teesside, on the east coast of the UK, where a massive battery storage system is being deployed to support the region’s industrial port, Redcar and Teesport. Historically an industrial hub reliant on fossil fuels, Teesside is now pioneering a shift toward decarbonization by integrating a 1 gigawatt (GW) battery capacity with 8 gigawatt-hours (GWh) of storage. This system enables the storage of excess renewable energy generated by offshore wind farms, which can then be released during peak demand, providing a stable, low-carbon power supply for heavy industry and shipping operations that traditionally depended on diesel and other fossil fuels. This battery installation marks a critical step in the multi-stage transition of port electrification, moving from limited electric equipment use toward full integration with regional energy systems. Previously, electrification efforts at Teesport included electric cranes and vehicles, but ships and harbor craft continued to rely on
energybattery-storagerenewable-energyport-electrificationdecarbonizationoffshore-windgrid-integrationCross-Country Electric Vehicle Road Trips Showcase E-Mobility Readiness In South Africa - CleanTechnica
The article highlights a significant milestone in South Africa’s electric vehicle (EV) transition, showcased through a 4,000 km cross-country road trip involving six fully electric vehicles (BEVs) and several plug-in hybrids (PHEVs). Organized around the 90th anniversary of South Africa’s Automotive Business Council and the South African Automotive Week 2025 in Gqeberha, the trip connected major cities like Johannesburg, Durban, and East London. The participating EV models included a diverse range such as the BYD Sealion, Leapmotor B10, Mini Cooper SE, and Volvo EX30 Cross Country, reflecting the growing variety and affordability of EV options in the South African market. Notably, the Leapmotor vehicles are anticipated to be officially launched soon, offering more accessible EV choices for consumers. The road trip also demonstrated the maturity and expansion of South Africa’s EV charging infrastructure, including innovative off-grid solar-powered charging hubs like the one in Wolmaransstad, North West, capable of
electric-vehiclese-mobilityelectric-vehicle-chargingsolar-energybattery-storagerenewable-energySouth-Africa-energy-infrastructure7 biggest challenges EV charging infrastructure must overcome
The article outlines seven critical challenges facing electric vehicle (EV) charging infrastructure as the world transitions to electrified transportation. A primary issue is the limited capacity of electrical grids to handle the surging demand from EV charging, which could increase U.S. electricity consumption from 0.2% today to 23% by 2050. This strain risks voltage fluctuations and outages during peak hours. Solutions include battery storage systems that shift energy use to off-peak times and Vehicle-to-Grid (V2G) technology, which allows EVs to feed power back into the grid, potentially reducing costly grid upgrades. Another major challenge is the uneven geographic distribution of charging stations, with rural and less affluent areas underserved compared to urban centers, hindering nationwide EV adoption. Efforts to address this include government programs targeting rural deployment and mobile charging units as temporary solutions. Additionally, the lack of standardized charging connectors creates compatibility problems, confusing consumers and limiting infrastructure use. The industry is moving toward common standards like the North
energyelectric-vehiclesEV-charging-infrastructuregrid-capacitybattery-storagevehicle-to-gridcharging-standardsSummertime Livin' Was Easy In New England — Thanks To Clean Energy - CleanTechnica
The article highlights how New England managed a record-breaking summer heat wave with the help of clean energy, avoiding widespread blackouts and high heat-related mortality. Despite temperatures soaring above 90°F, the region’s power grid remained stable largely due to substantial contributions from solar panels—providing up to 22% of the region’s power, nearly double the daily average—and offshore wind, which reached an 87% capacity factor during peak heat. These renewable sources, supported by decades of state-level investments in solar incentives, energy efficiency programs like MassSave, offshore wind projects, and battery storage, helped save consumers tens of millions of dollars during the hottest days. The article also emphasizes the economic and reliability benefits of behind-the-meter (BTM) solar, which saved ISO New England consumers at least $8.2 million on a single high-cost day, and the importance of battery storage and energy efficiency in managing peak demand. Interregional power imports further supported grid stability during peak hours. However, the region
clean-energyrenewable-energysolar-poweroffshore-windenergy-efficiencybattery-storagepower-grid-stabilityGerman students build energy trailer for festivals, crises, research
Mechanical engineering students at Dortmund University of Applied Sciences and Arts in Germany have developed the eTrail-Ing, a mobile energy trailer that integrates solar panels, battery storage, and a hydrogen fuel cell to provide off-grid electricity for up to seven days. Designed as a sustainable alternative to diesel generators, the trailer targets applications in remote locations such as open-air festivals, crisis zones, and scientific expeditions. Its modular design allows for flexible use, powering appliances, lighting, communication devices, and refrigeration systems, including a built-in cold storage area capable of maintaining temperatures suitable for drinks, blood reserves, or medicines. The system features nearly 4 kW of fold-out photovoltaic modules, a 2.5 kW hydrogen fuel cell, and a large-capacity battery, along with 230-volt sockets and USB ports. A software monitoring system ensures continuous, safe operation and prevents interruptions in critical functions like cooling chains. The project, supervised by Professor Sönke Gößling, emphasizes student learning through hands
energyrenewable-energysolar-powerhydrogen-fuel-cellbattery-storagemobile-energyoff-grid-powerFord Is Ready For The Distributed Power Plant Of The Future
The article discusses a pioneering pilot project involving three Ford F-150 Lightning electric pickup trucks that form a first-of-its-kind distributed power plant (DPP) in partnership with Sunrun, a leading solar and storage installer, and BGE, Maryland’s largest utility under Exelon. Unlike virtual power plants (VPPs) that primarily shift electricity demand, this distributed power plant enables the vehicles to discharge stored energy back to the grid, effectively replacing centralized gas peaker plants with a network of distributed energy resources. This system allows ordinary households to sell electricity from their EV batteries to the utility, helping offset the upfront cost of electric vehicle ownership and supporting grid stability. The project highlights the commercial application of vehicle-to-grid bidirectional charging technology, which is becoming increasingly common for emergency backup power and household energy management. By integrating EVs into a distributed power plant model, the initiative aims to sustain and potentially boost EV sales momentum beyond the expiration of federal tax credits. The DPP model emphasizes a more granular
energydistributed-power-plantelectric-vehiclesFord-F-150-Lightninghome-energy-managementsolar-energybattery-storageHow parked electric vehicles could stabilize the US power grid
The article explores the transformative potential of turning parked electric vehicles (EVs) into distributed energy resources to stabilize the US power grid. With millions of EVs equipped with large batteries sitting idle for much of the day, vehicle-to-grid (V2G) technology can enable bidirectional charging—allowing these parked cars to send electricity back to the grid during peak demand periods. This approach could reduce reliance on costly and polluting peaker plants, which utilities currently activate to meet spikes in electricity use, especially during heat waves and increased home and data center energy consumption. As EV adoption accelerates rapidly, traditional grid planning methods, which rely on predictable, centralized power generation, are becoming obsolete due to the variable and decentralized nature of EV charging. V2G technology leverages sophisticated power electronics and real-time control software to safely manage the flow of energy both to and from EV batteries. Unlike conventional one-way chargers, bidirectional chargers act as power converters controlled digitally to balance voltage, current, and thermal conditions
energyelectric-vehiclesvehicle-to-gridpower-grid-stabilizationrenewable-energybattery-storagegrid-modernization10 Quick Responses to Common Electric Car & Renewable Energy Myths - CleanTechnica
The article from CleanTechnica addresses and debunks ten common myths surrounding electric vehicles (EVs) and renewable energy technologies. It clarifies that EVs are not major fire risks compared to gasoline cars, and their batteries typically last 10 to 15 years rather than needing frequent costly replacements. Contrary to the belief that electric cars are prohibitively expensive, there are now many affordable models available, some priced well below the average new car cost in the U.S. EVs also offer greater convenience for most owners by enabling home charging and eliminating the need for gas station visits and routine maintenance like oil changes. Regarding renewable energy, the article highlights that solar and wind power are currently the cheapest sources for new electricity generation and dominate new power plant capacity worldwide. These clean technologies produce significantly less pollution than fossil fuel alternatives, despite requiring some resources for manufacturing. Solar and wind installations can coexist with traditional farmland, often benefiting crop growth and providing supplemental income to farmers. The integration of more renewables into the grid is
energyrenewable-energyelectric-vehiclessolar-powerwind-powerbattery-storageclean-technologyVinEnergo's 43MW Solar Push Tests Vietnam's Grid-Strained Energy Ambition - CleanTechnica
VinEnergo Energy Joint Stock Company, part of Vingroup, has announced plans to install 43 megawatts (MW) of rooftop solar power combined with 45 megawatt-hours (MWh) of battery storage across three manufacturing plants in Ha Tinh province, Vietnam. This project represents about 0.2% of Vietnam’s current solar capacity and aims to generate 50 million kilowatt-hours annually while reducing CO2 emissions by 33,000 tonnes per year. The initiative supports Vingroup’s goal of achieving net-zero emissions by 2040, a decade ahead of Vietnam’s national target. The project is notable for employing Vietnam’s first Direct Power Purchase Agreement (DPPA) model for combined solar and battery storage, allowing renewable energy producers to sell power directly to corporate consumers and potentially easing grid congestion challenges. Vietnam has rapidly expanded its solar capacity from 86 MW in 2018 to nearly 18,000 MW by April 2025, positioning itself as a regional solar
energysolar-powerrenewable-energybattery-storageVietnam-energy-gridclean-energynet-zero-emissionsChinese firm unveils world’s first sodium-ion portable power station
Chinese energy storage company Bluetti has unveiled the world’s first sodium-ion portable power station, named the Pioneer Na, set for global release around mid-October 2025. Unlike conventional lithium-ion or lithium iron phosphate (LFP) batteries, the Pioneer Na uses sodium-ion technology, offering a 900 Wh capacity and a standard output of 1,500 watts, with a short-burst “Power Lifting” mode up to 2,250 W. It supports solar recharging up to 1,900 W and boasts a lifecycle of approximately 4,000 charge cycles. The system weighs about 35 pounds (16 kg), making it 20–25% heavier than comparable LFP units. A key advantage of the Pioneer Na is its superior performance in extreme cold environments, capable of charging at 5 °F (–15 °C) and discharging at –13 °F (–25 °C) while maintaining 80% discharge capacity at these low temperatures. This
energysodium-ion-batteryportable-power-stationrenewable-energycold-climate-technologybattery-storageBluettiTesla revamps the Megapack in attempt to reverse its declining storage business
Tesla has unveiled an updated version of its utility-scale battery system, the Megapack 3, aiming to revitalize its energy storage business amid recent declines. The Megapack 3 offers approximately 1 megawatt-hour more storage capacity than Tesla’s previous largest model and features an improved thermal management system that enables operation in extreme temperatures ranging from –40˚F to 140˚F. Additionally, Tesla introduced the Megablock, a configuration of four Megapack 3 units that can store 20 megawatt-hours, designed to reduce installation and construction times by 23% and up to 40%, respectively. Production of these new products will begin in the latter half of 2026 at Tesla’s Megafactory near Houston, which will have an annual capacity of up to 50 gigawatt-hours. Tesla’s energy storage segment, once the industry leader in 2024, has experienced a slowdown as competitors rapidly expand their market share. The company installed 9
energybattery-storageTesla-Megapackenergy-storage-systemsrenewable-energyutility-scale-batteriesenergy-technologyNeed Help Getting Off Gas? Call The Free Quitline! - CleanTechnica
CleanTechnica announces the launch of a free Natural Gas Quitline during Clean Air Week 2025 to support individuals transitioning from natural gas appliances to cleaner electric alternatives. Recognizing that switching off natural gas can be challenging due to attachment to existing appliances, costs, and confusion about options, the Quitline offers personalized guidance through electrification coaches. These experts assist with questions about induction stoves, heat pumps for heating and cooling, heat pump water heaters and dryers, solar energy and battery storage, electric fireplaces, electrical capacity upgrades, and more, helping users plan either incremental changes or comprehensive home electrification. The initiative emphasizes the health and environmental benefits of moving away from natural gas, which contributes significantly to indoor air pollution, methane emissions, and respiratory health risks, especially for vulnerable populations like children. By promoting electric appliances, the Quitline aims to improve indoor air quality and reduce climate impact. Interested individuals are encouraged to call 1-877-QUITGAS to receive support and take the first step toward
energyclean-energynatural-gas-alternativeselectric-appliancesheat-pumpssolar-energybattery-storageWho is Leading the Global Renewable Energy Race? - CleanTechnica
The global renewable energy landscape as of mid-2025 is dominated by China, which leads overwhelmingly with 64% of new renewable electricity generation capacity, totaling 1,889 GW installed by the end of 2024. China’s dominance is driven by massive infrastructure deployment, making it the world’s manufacturing hub for renewable technologies and a key force in reducing global costs in solar, wind, and battery storage. While most growth is concentrated in industrial regions, China is also expanding distributed solar through initiatives like the “Whole County PV” pilot program, targeting rural areas with rooftop solar installations. Despite the vast scale of China’s renewable infrastructure, the country still relies heavily on fossil fuels, notably powering the world’s largest electric vehicle market. India has emerged as the fastest-growing major economy in renewable energy deployment, reshaping the global hierarchy and challenging established leaders beyond China. The United States holds an unsteady second place with about 11% of new renewable capacity, benefiting from growth spurred by policies during the
energyrenewable-energyclean-energysolar-powerwind-powerbattery-storageglobal-energy-trendsTesla’s ad spend on X has shrunk to almost nothing
Tesla’s advertising expenditure on Elon Musk’s social media platform X has dramatically decreased in 2025 compared to 2024. In 2024, Tesla spent $400,000 on X ads, but in the first two months of 2025, it only spent $10,000, projecting an annual spend of about $60,000 unless there is a significant increase later in the year. This marks a sharp slowdown from the previous year when Tesla began advertising on platforms like Google, YouTube, and X after CEO Elon Musk yielded to shareholder pressure in 2023 to start marketing the company’s vehicles. Beyond advertising, Tesla’s financial disclosures reveal other notable intercompany transactions and expenses. Tesla paid SpaceX approximately $800,000 in 2024 for private jet use, with a reduced spend of $40,000 through February 2025. Security costs related to Musk also rose to $2.8 million in 2024, paid to a Musk-owned security firm, with $
energyTeslaMegapackbattery-storageelectric-vehiclesxAIrenewable-energyThe Renewable Energy Smackdown Is Failing, Bigly - CleanTechnica
The article discusses the ongoing challenges and developments in the U.S. renewable energy sector amid the Trump administration’s “American Energy Dominance” plan, which largely sidelined wind and solar energy. Despite this, industry players like ENGIE North America are actively pursuing renewable projects, exemplified by their recent partnership with Prometheus Hyperscale, a data center company focused on leveraging Texas’s abundant renewable energy resources. Texas, already a leader in wind energy and rapidly growing in solar capacity—with over 43.5 gigawatts installed and projections to add 40.8 gigawatts in five years—is becoming a key hub for renewable-driven data centers. ENGIE and Prometheus plan to co-locate data centers alongside renewable and battery storage assets along Texas’s I-35 corridor, with initial projects expected to launch in 2026. While the collaboration highlights innovative approaches to integrating renewable energy with data center operations, the article notes that the vision is not yet 100% renewable. Prometheus’s energy
energyrenewable-energysolar-powerbattery-storagedata-centersTexas-energyENGIETesla Master Plan Part 4 — The Future Of Work - CleanTechnica
The article reviews Tesla’s evolving strategic vision through Elon Musk’s series of Master Plans, culminating in the recently released Master Plan Part 4. The original 2006 plan focused on building progressively affordable electric cars and zero-emission power generation. Subsequent plans expanded to include solar roofs, integrated battery storage, a broad electric vehicle lineup, advanced self-driving capabilities, and a vision for a fully electrified global economy based on renewable energy. These earlier plans emphasized tangible product development and infrastructure to support sustainable energy adoption. Master Plan Part 4, however, marks a significant shift away from Tesla’s core electric vehicle business, which is now described as an afterthought. Instead, the focus is on automation and robotics, with Musk projecting that 80% of Tesla’s future value will come from its humanoid robot, Optimus. The plan envisions machines performing essential life functions, freeing humans to pursue creativity and self-actualization. This pivot has been met with skepticism and lukewarm reactions from industry
energyrenewable-energyelectric-vehiclessustainable-economybattery-storageelectrificationTeslaThanks to Widely Available Solar Panels & Batteries at More Affordable Price Points, African Countries Are Finally Going Solar! - CleanTechnica
The article highlights the growing adoption of solar energy across African countries, driven by the increasing availability and affordability of solar panels and battery storage solutions. Despite Africa having some of the best solar resources globally, the continent still accounts for less than 2% of global solar generation, with over 600 million people lacking access to electricity and many more facing unreliable power supply. The article emphasizes the urgent need for concrete action plans and funding to deploy a mix of distributed renewable energy solutions—including mini-grids and energy-as-a-service battery rentals—across urban and rural areas to address these longstanding energy access challenges. Recent data from Ember reveals a significant surge in solar panel imports across Africa, particularly from China, with a 60% increase in the last 12 months reaching over 15 GW. This growth is widespread, with 20 countries setting new import records and 25 countries importing at least 100 MW of solar panels, up from 15 countries the previous year. The imported solar capacity could substantially boost electricity
energysolar-energyrenewable-energybattery-storagedistributed-energyenergy-accessAfrica-energyIndia’s Offgrid raises $15M to make lithium optional for battery storage
Offgrid Energy Labs, an Indian deep-tech startup incubated at IIT Kanpur, has developed ZincGel, a proprietary zinc-bromine-based battery system designed as a cost-effective and safer alternative to conventional lithium-ion batteries for stationary energy storage. ZincGel offers 80–90% of the energy efficiency of lithium batteries but with a significantly lower levelized cost of storage, longer lifespan (lasting twice as long as typical lithium-ion batteries), and enhanced safety due to its water-based electrolyte that reduces fire risk. The battery also supports longer discharge durations (6–12 hours) and utilizes a carbon-based cathode for fast charging and discharging. The startup has secured over 25 IP families and 50 IP assets across multiple countries, underscoring its technological innovation. India’s ambitious renewable energy goals, including increasing non-fossil energy capacity from 50 GW to 500 GW by 2030 and targeting 236 GWh of battery storage by 2031–32, face challenges due
energybattery-storagelithium-alternativezinc-bromine-batteryrenewable-energyOffgrid-Energy-LabsIndia-energy-storageUK to get first 1GW battery storage with maritime electrification plan
Natpower, a UK startup within a larger European energy group, plans to invest EUR 1 billion in the Teesside GigaPark, a 1GW / 8GWh lithium-ion battery energy storage system at Sembcorp Utilities’ Wilton International site near Middlesbrough. Upon completion, it will be the UK’s largest and longest-duration battery storage facility, more than doubling current national capacity and storage duration. The project is privately funded without government contracts and aims to save the UK up to EUR 3.5 billion annually by reducing grid inefficiencies and preventing clean power waste. Construction is expected to finish by 2028, with the facility designed to support port electrification and electric ship propulsion through shore power (cold ironing), reducing emissions from berthed vessels. The GigaPark will initially offer 4 GWh of four-hour storage, scalable to 8 GWh over eight hours, providing critical grid flexibility to accommodate increasing renewable energy penetration. It includes a 1 GW
energybattery-storagelithium-ion-batteriesrenewable-energygrid-flexibilityclean-energymaritime-electrificationDJI Power 2000 Portable Power Station - CleanTechnica Tested - CleanTechnica
The DJI Power 2000 Portable Power Station is a compact yet powerful energy storage device with a capacity of 2048 Wh, tested by CleanTechnica during a 4,500-mile camping trip across the U.S. Its design is notably compact and rectangular, making it easy to pack and carry without obstructing air vents, which helps prevent overheating. The unit offers versatile power options, including three 20-amp 120-volt AC plugs, one 30-amp TT-30 plug commonly used for RVs, multiple USB-C and USB-A ports, and two proprietary SDC ports for additional accessories like extra batteries, solar inputs, and rapid charging. It supports a maximum output of 3000 watts, allowing simultaneous operation of several appliances, and includes an app for iOS and Android to manage the device. In practical use, the Power 2000 performed reliably under various conditions, including powering an impact driver without issues and running multiple high-draw appliances such as an air conditioner
energyportable-power-stationbattery-storageDJIrenewable-energysolar-chargingpower-managementSolar Plus Battery Storage - This Changes Everything - CleanTechnica
The article from CleanTechnica discusses the transformative impact of combining solar power with battery storage on energy systems and societies. It highlights a reader’s insightful prediction that as battery packs become cheaper and more widespread, affluent consumers will increasingly disconnect from traditional power grids, opting for self-sufficient solar-plus-storage setups. This shift could reduce utility profits and halt grid improvements, potentially leading to government intervention or a decline in grid services. However, this decentralization also increases system redundancy, reducing the risk of widespread outages caused by cyberattacks, natural disasters, or other disruptions, signaling a move from centralized grids to localized “islanding” energy systems. A real-world example is Pakistan, where cheap Chinese solar panels and lithium-ion batteries have enabled many users to exit the unreliable and costly traditional grid. In 2024, Pakistan imported 17 GW of solar PV and 1.25 GWh of batteries, with projections of battery imports rising to 8.75 GWh by 2030, potentially meeting over
energysolar-powerbattery-storagerenewable-energymicrogridsenergy-sovereigntylithium-ion-batteriesThe Mobility House Promotes Energy Independence - CleanTechnica
The Mobility House, a company specializing in electric vehicle (EV) charging systems, maintains a strong presence in the US, Europe, and parts of Asia, focusing on innovative solutions like vehicle-to-grid (V2G) technology and microgrids. Despite a reduction in federal funding for EV infrastructure in the US, the company continues to advance projects that enhance energy resilience and independence. A notable example is the Brookville Smart Energy Bus Depot in Maryland, which integrates solar power, battery storage, gas generation, and The Mobility House’s ChargePilot smart charging software. This system enables dynamic load management and ensures fleet operations can continue during grid outages by prioritizing essential charging, symbolizing a shift toward energy systems that can operate independently of traditional grids. The Mobility House’s ChargePilot platform is also deployed in major North American transit projects, including New York City’s Metropolitan Transportation Authority and a fleet near San Jose, California, demonstrating its adaptability across various fleet types and grid conditions. While federal support for EV infrastructure is
energyelectric-vehiclesmicrogridsbattery-storagesmart-chargingrenewable-energygrid-managementAnker SOLIX F3000 Portable Power Station - CleanTechnica Tested - CleanTechnica
The Anker SOLIX F3000 is a portable power station with a capacity of 3,072 watt-hours (just over 3 kWh), housed in a compact, cooler-sized unit featuring iron phosphate (LFP) batteries known for longevity and stability. Priced at $2,599, it offers a cost of under $1,000 per kilowatt-hour and includes wheels and a handle for portability. Users can expand its capacity by adding an optional BP3000 expansion battery, doubling storage. The unit is designed with weather-resistant port covers and supports a variety of charging options, including optional adapters for NEMA TT-30 and J1772 EV charging, making it suitable for RVs, vans, and home backup use. Additional accessories like a Double Voltage Hub and Bi-Directional Inlet Box facilitate easy integration into home electrical systems. In testing, the SOLIX F3000 demonstrated robust performance, powering high-demand appliances such as a Vitamix blender and supporting EV chargers,
energyportable-power-stationbattery-storagelithium-iron-phosphateelectric-vehicle-charginghome-backup-powerAnker-SOLIX-F3000Aiming to Build Battery Ecosystem, Toyota & Mazda Start Tests of Energy Storage System Using Electrified Vehicle Batteries - CleanTechnica
Toyota Motor Corporation and Mazda Motor Corporation have initiated field tests of Toyota’s Sweep Energy Storage System at Mazda’s Hiroshima Plant in Japan. This system connects the power infrastructure at Mazda’s headquarters—the only automaker-operated power generation system in Japan—with Toyota’s energy management system that utilizes batteries from electrified vehicles. The collaboration aims to verify stable, high-quality, and efficient charging and discharging processes by integrating different battery types and conditions. The primary goal of these tests is to support the regulation of power supply and demand from renewable energy sources, which are inherently variable due to weather and time of day, thereby contributing to carbon neutrality efforts. This initiative is part of a broader industry effort led by the Japan Automobile Manufacturers Association to build a sustainable battery ecosystem. This ecosystem focuses on the stable procurement of critical resources, resilient supply chains, and the sustainable reuse of batteries, including those from electrified vehicles, within Japan. Both companies plan to continue advancing this multipathway approach to enhance carbon neutrality and strengthen the automotive industry's
energybattery-storageelectrified-vehiclesrenewable-energycarbon-neutralityenergy-management-systembattery-ecosystemMore Than 50% of New U.S. Electric Generating Capacity Will Come from Solar in 2025 - CleanTechnica
In the first half of 2025, U.S. developers added 12 gigawatts (GW) of new utility-scale solar electric generating capacity and plan to add another 21 GW in the second half, potentially making solar responsible for over 50% of the 64 GW total new capacity expected this year. This would mark a record for solar capacity additions, surpassing previous years. Battery storage, wind, and natural gas plants make up most of the remaining capacity additions. If all planned projects come online, 2025 could set a new record for total U.S. generating capacity additions, exceeding the 58 GW added in 2002, which was predominantly natural gas-fired. Texas plays a significant role in this growth, contributing about 27% (3.2 GW) of the solar capacity added so far in 2025 and planning an additional 9.7 GW later in the year, having recently surpassed California as the leading state for solar capacity. Battery storage also saw
energysolar-powerbattery-storagerenewable-energyelectric-generating-capacityU.S.-energyclean-energySolar, Swaps, & Startups: Africa’s Unique Path To Electric Transport - CleanTechnica
The article "Solar, Swaps, & Startups: Africa’s Unique Path To Electric Transport" highlights the distinct characteristics shaping the continent’s electric vehicle (EV) transition. Unlike regions with high car ownership, Africa has low vehicle ownership rates—averaging about 38 passenger cars per 1,000 people in 2015—with motorcycles, scooters, and informal public transport dominating mobility, especially in rural and peri-urban areas. Motorcycles serve as critical taxi and delivery services (e.g., boda-bodas in East Africa and okadas in West Africa), while three-wheeled tuk-tuks and minibuses form the backbone of urban public transport. This vehicle mix means Africa’s electrification pathway will differ significantly from car-centric markets, focusing more on smaller, versatile electric two- and three-wheelers. Electric vehicle adoption faces several challenges, including uneven urban-centric vehicle access, weak power infrastructure, and limited policy support in many countries. While nations like Morocco, South Africa, Kenya, and
energyelectric-vehiclesAfricasolar-powertransportation-electrificationbattery-storageoff-grid-energyCostco & Trinity Launch Scalable Off-Grid Power Solutions with Innovative Energy System - CleanTechnica
Trinity Energy has partnered with Costco Wholesale to deploy a modular, off-grid solar and battery microgrid system at Costco’s Norwalk, Connecticut warehouse, specifically powering its standalone tire center entirely off the grid. This system can deliver up to 2 MWh of clean energy daily, transforming energy from a traditional operating expense into a strategic asset that enhances operational resilience and aligns with Costco’s sustainability goals. The initiative exemplifies a shift toward energy independence for large enterprises facing grid instability and rising energy demand. Trinity Energy’s approach emphasizes fast, flexible, and scalable off-grid infrastructure tailored for various sectors, including commercial and fleet operations. Their integrated systems combine solar generation, battery storage, inverters, and energy distribution into a cohesive ecosystem designed to address challenges such as rising costs, environmental mandates, and unreliable grid supply. With growing demand driven by AI infrastructure and electric vehicle adoption, Trinity positions off-grid solutions as essential for maintaining business continuity. The company is rapidly expanding its deployments, helping organizations transition to clean,
energyoff-grid-powermicrogridsolar-energybattery-storagesustainable-energyenergy-independenceCalifornia VPP Links 100,000 Residential Storage Batteries - CleanTechnica
On July 29, 2025, California made history by linking approximately 100,000 residential battery storage units in a large-scale Virtual Power Plant (VPP) test, collectively supplying about 535 megawatts of electricity to the grid during peak demand hours. This initiative, led by PG&E in partnership with Tesla and Sunrun, demonstrated the ability of distributed batteries to respond quickly, reliably, and in coordination to support grid stability without causing blackouts or emergencies. The test involved customers across Northern, Central, and Southern California, including underserved and rural communities prone to outages, highlighting the potential of VPPs to alleviate grid stress and reduce reliance on fossil fuel power plants. The California Public Utilities Commission and California Energy Commission have developed programs like the Emergency Load Reduction Program (ELRP) and Demand Side Grid Support (DSGS) to incentivize electricity reduction or backup power provision during peak stress periods. The July 29 test served as a real-world rehearsal to validate these programs and the operational
energybattery-storagevirtual-power-plantgrid-managementrenewable-energydemand-responseclean-energy-programsThe Bluetti Apex 300 & B300K Portable Power Station - CleanTechnica Tested - CleanTechnica
The BLUETTI Apex 300 and B300K portable power station system represents a significant advancement in large-capacity portable energy storage. The Apex 300 base unit offers 2,764 watt-hours (Wh) of storage and can be paired with the B300K expansion battery to double that capacity to over 5 kilowatt-hours (kWh) for a combined price of $2,499. It delivers a continuous output of 3,840 watts, enabling it to power a wide range of household appliances, electric vehicle chargers, welders, and other high-demand devices. The system is complemented by BLUETTI’s accessories, including expansion power ports for remote USB and AC outlets, making it suitable for off-grid living, RVs, boats, and tiny homes. The Apex 300 supports versatile recharging options, including direct connection to a vehicle’s 12-volt system, AC wall outlets, internal combustion generators (up to 3,840 watts), and solar panels
energyportable-power-stationsolar-energybattery-storageoff-grid-powerrenewable-energyBLUETTI850 MW target: World’s most powerful battery goes live at 350 MW
The Waratah Super Battery in New South Wales, Australia, has officially begun operations as the world’s most powerful battery by power output, currently delivering 350 megawatts and expected to reach a capacity of 850 megawatts and 1,680 megawatt-hours later this year. This A$1 billion grid-scale battery can supply energy to nearly one million homes for an hour and is designed to stabilize Australia’s electricity grid amid the planned coal power plant shutdowns by 2035. Positioned on the site of a former coal-fired power station, the battery plays a critical role in the System Integrity Protection Scheme (SIPS), acting as a shock absorber to balance sudden disruptions and enable greater integration of renewable energy sources like rooftop solar. The battery supports major load centers including Sydney, Newcastle, and Wollongong by allowing more power to flow through existing transmission lines without overloading them, thus reducing renewable energy curtailment and ensuring a more consistent clean energy supply. Despite development challenges such as
energybattery-storagegrid-scale-batteryrenewable-energyenergy-grid-stabilizationutility-scale-energy-storageAustralia-energy-projectsTesla partners with LG for US made LFP batteries in new $4.3B deal
Tesla has entered a $4.3 billion agreement with South Korea’s LG Energy Solution (LGES) to supply lithium iron phosphate (LFP) batteries manufactured in the United States from August 2027 to July 2030. These batteries are intended exclusively for Tesla’s stationary energy storage systems, particularly the Megapack grid-scale battery units, rather than for electric vehicles. The Megapacks, which integrate battery modules, inverters, and thermal systems, store excess renewable energy and help stabilize power grids, supporting decarbonization efforts. Each Megapack can store over 3.9 MWh of energy, enough to power roughly 3,600 homes for an hour. This deal follows Tesla’s recent announcement of its first overseas battery storage plant in Shanghai, which aims to produce 10,000 Megapacks annually. By partnering with LGES to produce LFP batteries domestically, Tesla aims to strengthen U.S. supply chains, reduce dependence on Chinese suppliers like CATL
energybattery-storagelithium-iron-phosphateTesla-Megapackrenewable-energygrid-energy-storagedomestic-supply-chainUS firm's world-largest sodium phosphate battery offers record savings
Peak Energy, a New York-based company, has launched the world's largest grid-scale sodium-ion phosphate (NFPP) battery system in the United States. This innovative energy storage system (ESS) features a patent-pending passive cooling design that eliminates nearly all moving parts, resulting in significant cost savings and enhanced reliability. The system offers at least $1 million in annual operational cost savings per gigawatt hour installed, reduces auxiliary power use by up to 90%, cuts lifetime costs by approximately 20% compared to lithium iron phosphate (LFP) batteries, and decreases battery degradation by 33% over a 20-year lifespan. The launch marks a major step toward onshoring battery manufacturing in the U.S., leveraging the country's abundant natural resources, including the world's largest reserves of soda ash—a key raw material for sodium-ion batteries. Peak Energy is currently piloting the system with nine utility and independent power producer customers, aiming to commercialize sodium-ion battery storage and secure nearly 1 GWh of
energybattery-storagesodium-ion-batterygrid-scale-energy-storageenergy-cost-savingsbattery-degradationenergy-innovationNuclear reactors to power AI data farms in US' first private HyperGrid
Fermi America, in partnership with South Korea’s Hyundai Engineering & Construction (Hyundai E&C) and the Texas Tech University System, is developing a landmark private energy campus near Amarillo, Texas, called the “HyperGrid.” This project aims to power next-generation AI data centers using a hybrid energy system that integrates America’s largest private nuclear power complex, the nation’s biggest combined-cycle natural-gas facility, solar arrays, battery storage, and grid power. The campus is designed to deliver one gigawatt of power by the end of 2026, primarily consumed on-site by AI data centers rather than fed into the public grid. Central to the HyperGrid are four Westinghouse AP1000 pressurized-water nuclear reactors, for which the U.S. Nuclear Regulatory Commission has accepted Fermi America’s Combined Operating License Application, marking a record-speed review. Construction of the nuclear island is planned to start in 2026, with the first reactor expected to be operational by 2032.
energynuclear-powerAI-data-centersHyperGridrenewable-energybattery-storagecombined-cycle-natural-gasRenewables Soothe Grid During High Season Heatwaves - CleanTechnica
The article from CleanTechnica highlights how renewable energy sources, particularly solar panels, batteries, and energy efficiency measures, played a crucial role in stabilizing New England’s power grid during recent extreme heatwaves. During a peak demand event on June 24, when temperatures reached 100 degrees Fahrenheit, behind-the-meter (BTM) solar installations contributed over five gigawatts of power, helping to reduce reliance on fossil fuels and saving consumers at least $8.2 million amid soaring wholesale electricity prices. Additionally, nearly two gigawatts of peak demand reductions from energy efficiency efforts helped maintain resource adequacy, while battery storage and interregional power imports further enhanced grid reliability. The article also emphasizes the broader significance of these developments in the context of climate change. As heatwaves become more frequent and severe, personal experience with extreme heat is increasing public awareness and acceptance of climate science. Clean energy technologies like heat pumps, solar, and batteries not only reduce carbon emissions but also offer more cost-effective and reliable alternatives
energyrenewable-energysolar-powerbattery-storageclean-energypower-gridclimate-changeNISSAN ENERGY Marketplace, Powered by Electrum, Launches to Help Customers Install Home Energy Solutions - CleanTechnica
Nissan has partnered with Electrum to launch the NISSAN ENERGY Marketplace, a comprehensive platform designed to help customers research, purchase, and install home energy solutions such as electric vehicle (EV) chargers, solar panels, and battery storage. The marketplace provides access to Electrum’s Energy Advisors, who assist users in comparing bids from a nationwide network of vetted contractors, identifying applicable local, state, and federal incentives, and creating customized energy solutions tailored to each household’s needs and budget. This initiative aims to enhance the EV ownership experience by making home electrification more accessible and convenient. This collaboration aligns with Nissan’s broader commitment to advancing EV adoption and energy innovation. The marketplace supports customers in installing the necessary charging and energy infrastructure to complement their EVs while reducing their carbon footprint. It also complements other NISSAN ENERGY initiatives, including the launch of a public charging network that offers Nissan EV drivers seamless access to charging stations. Overall, the NISSAN ENERGY Marketplace represents a strategic effort to break down barriers
energyelectric-vehicleshome-energy-solutionsEV-chargerssolar-panelsbattery-storageclean-energyFormer nuclear site turned into giant battery to power 100,000 homes
EnBW plans to transform part of the former Philippsburg nuclear power site in Germany into one of the country’s largest battery storage facilities, featuring a 400 MW power capacity and 800 MWh energy storage. This system is designed to stabilize the grid by storing excess renewable energy—primarily wind and solar—and supplying electricity during periods of high demand, enough to power around 100,000 households daily. The project is strategically located near a major TransnetBW substation connected to the Ultranet power line, enabling efficient absorption and redistribution of wind-generated electricity from northern to southern Germany. This initiative is part of a broader dual strategy to manage Germany’s increasing reliance on variable renewable energy. Large-scale batteries will address short-term fluctuations in supply and demand, while hydrogen-ready gas power plants will provide backup during extended periods of low renewable output, ensuring grid flexibility and reliability. Although the plan is well-defined, it awaits EnBW’s final investment decision and necessary permits, with potential operation targeted for mid-
energybattery-storagerenewable-energygrid-stabilityhydrogen-powerenergy-infrastructureGermany-energyA Clean Energy Developer Spots New Opportunities In The US
The article highlights the ongoing challenges and opportunities in the U.S. clean energy sector amid significant investment setbacks. Over the past six months, $22 billion in major clean energy investments have been canceled or delayed, with Republican-held congressional districts disproportionately affected. Despite these setbacks, new investments continue, including a notable $1.8 billion green hydrogen facility announced in June. The political and policy environment remains turbulent, with shifting federal support and local opposition complicating development, especially in rural areas where clean energy projects often face resistance despite their potential financial benefits. Amid this landscape, Treaty Oak Clean Energy, a Texas-based independent power producer, is positioned to advance its substantial 17.3 gigawatt pipeline of solar, wind, and battery storage projects. Treaty Oak focuses on rural markets, where clean energy development has become increasingly difficult due to new restrictions and budget pressures on counties following recent federal tax law changes. However, the company sees opportunity as counties seek new tax revenues and farmers and ranchers look to lease
energyclean-energyrenewable-energysolar-powerwind-powerbattery-storagegreen-hydrogenBattery Storage System In The Philippines Fast-Tracked - CleanTechnica
The Asian Development Bank (ADB) and the Global Energy Alliance for People and Planet (GEAPP) have launched ENABLE (Enhancing Access to Battery Energy Storage System for Low-carbon Economies), a platform aimed at accelerating the adoption of battery energy storage systems (BESS) across Asia and the Pacific. Backed by a combined grant of $750,000, ENABLE seeks to address key barriers to BESS deployment by providing technical expertise, project development support, and innovative financing solutions. This initiative is critical as the region anticipates a surge of 430 GW in renewable energy capacity by 2028, predominantly from solar power, which creates challenges in grid stability and energy reliability when renewable sources are intermittent. ENABLE’s multi-pronged strategy includes direct technical assistance to countries and developers, pilot project facilitation to demonstrate BESS viability, and capacity-building programs to equip stakeholders with the necessary skills for sustainable integration of battery storage. The platform also aims to reduce market risks through philanthropic capital, encouraging private investment and making
energybattery-storagerenewable-energyclean-energyenergy-infrastructureAsia-Pacific-energyenergy-innovationTexas project to turn 500 used EV batteries in grid power storage
B2U Storage Solutions, a California-based company, is developing a new battery storage facility in San Antonio, Texas, called the Bexar Corrilla project. This facility will repurpose approximately 500 used electric vehicle (EV) battery packs to create a 24 megawatt-hour (MWh) energy storage system capable of powering around 800 homes for a day. The project leverages B2U’s patented EV Pack Storage (EPS) system, which allows modular, plug-and-play integration of second-life EV batteries into the grid without the need for costly refurbishing. The system is certified safe (UL 9540) and uses artificial intelligence to optimize energy storage and trading based on real-time grid demand and pricing. Texas was chosen due to its isolated and fragile power grid, which increasingly relies on intermittent renewable energy sources like solar and wind. Battery storage is critical for grid stability when renewable generation fluctuates. This project marks B2U’s first facility in Texas and third overall,
energybattery-storageelectric-vehiclesgrid-powerrenewable-energysecond-life-batteriesenergy-managementEcoFlow Delta Pro 3 Long-Term Review - CleanTechnica
The EcoFlow Delta Pro 3 power station was tested extensively over a long period, initially around the reviewer’s home and later in a travel trailer setup. Although the reviewer’s original plan to create an all-electric RV was delayed, the unit proved reliable powering high-demand devices like a photo and video editing rig. In the travel trailer, the reviewer installed the Delta Pro 3 semi-permanently, rerouting 30-amp wiring and bypassing the camper’s 12-volt power converter to improve efficiency. Additional cooling measures, such as a computer fan and vent, helped maintain optimal battery temperatures and prevent heat-related shutdowns. The Delta Pro 3 demonstrated strong performance, handling power draws exceeding its rated output without issues—for example, simultaneously running a microwave, toaster oven, and air conditioning at about 4000 watts. With an added second battery doubling capacity to 8 kWh, the system could power an older air conditioner for around nine hours, enabling comfortable off-grid camping in hot weather
energyportable-power-stationbattery-storageRV-energy-solutionsoff-grid-powerEcoFlow-Delta-Prorenewable-energySolar & Storage Stability: How America Can Maintain Energy Security Through Severe Weather - CleanTechnica
The article highlights the critical role that solar power and battery storage play in enhancing energy security in the United States amid increasingly severe weather events. Extreme conditions such as heat waves, hurricanes, and winter storms are putting significant strain on the aging energy infrastructure, often leading to power outages when traditional systems fail. Distributed solar and storage systems have proven to be reliable alternatives, providing essential power during peak demand and emergencies. For instance, during a recent heat wave in New England, solar and battery storage supplied several gigawatts of electricity, saving households around $20 million and helping to prevent rolling blackouts. Similarly, Texas’s investments in solar have bolstered grid resilience during heat waves and winter storms. The article also emphasizes the resilience solar microgrids offer during hurricanes, citing examples like North Carolina’s recovery efforts after Hurricane Helene and Florida’s Babcock Ranch community, which has maintained power through multiple storms. Winter weather challenges, such as the 2021 Texas Freeze that caused massive outages and fatalities, have
energysolar-powerbattery-storageenergy-securityrenewable-energygrid-resilienceextreme-weatherTesla Demands Privacy From Public Officials, NA Sales Chief Departs - CleanTechnica
The article discusses Tesla's demand for privacy regarding its communications with Texas public officials, highlighting concerns about transparency and secretive dealings between Elon Musk’s companies and the state government. A public radio collaboration, Texas Newsroom, requested emails between Musk and Texas officials, including Governor Greg Abbott, but was met with resistance citing privacy, legal, and economic development confidentiality reasons. Despite paying a fee to access the records, much of the information was withheld, raising questions about the openness of the legislative process involving Musk’s influence. During the recent Texas legislative session, lobbyists for Musk and his companies successfully promoted several bills favorable to their interests. These included legislation facilitating the installation of residential energy storage like Tesla Powerwalls, criminalizing drone interference near SpaceX operations, and shifting control of public land near SpaceX’s launch site to accommodate Musk’s scheduling preferences. Additionally, some bills opposed by Musk failed to pass. The article criticizes the secretive nature of these negotiations and the broader implications for democracy, portraying Musk and
energyTeslaautonomous-vehiclesPowerwalllegislationSpaceXbattery-storageEcoFlow OCEAN Pro: A Smarter, Scalable Solar Battery For Whole-Home Backup - CleanTechnica
The EcoFlow OCEAN Pro is an advanced, scalable solar battery system designed to provide whole-home backup power, intelligent energy management, and integration with multiple power sources. It delivers a continuous output of 24 kW with surge capacity up to 50 kW, enabling it to power high-demand appliances such as air conditioners, EV chargers, and kitchen equipment simultaneously. The system starts with 10 kWh of battery capacity and can be expanded to 80 kWh by adding modules, making it suitable for a range of home sizes and energy needs. It supports up to 40 kW of solar input via multiple MPPT channels, allowing rapid charging and reduced grid dependence. A standout feature of the OCEAN Pro is its AI-powered energy optimization, which learns user habits, forecasts solar production, and shifts energy consumption to cheaper periods under time-of-use (TOU) pricing, potentially reducing utility costs by up to 118%. The system also offers seamless integration with rooftop solar, grid power
energysolar-energybattery-storagesmart-energy-managementhome-backup-powerrenewable-energyenergy-optimizationSolar Generators Are A Major Step Toward Grid Resiliency - CleanTechnica
The article from CleanTechnica discusses the growing importance of solar generators in enhancing grid resiliency amid rising electricity demands and increasing grid stresses. Initially, concerns about electric vehicle charging overwhelming the grid proved overstated, but recent surges in electricity use—particularly from data centers and AI technologies—have caught utilities unprepared. Additionally, climate change-induced extreme weather events are causing more frequent power outages, prompting individuals to seek greater control over their power supply through portable solar panels and solar generators. Solar generators typically consist of three main components: a solar array to capture energy, a battery to store it, and an inverter to convert stored DC power into usable AC electricity. These devices are mobile, easy to use, and can be charged via solar panels, wall outlets, or carports. Unlike gasoline generators, solar generators produce no harmful emissions and can be safely used indoors, making them especially valuable during emergencies or in settings where ventilation is limited. Beyond emergency use, solar generators provide critical power in remote or off-grid
energysolar-powergrid-resiliencybattery-storageportable-solar-generatorsclean-energyoff-grid-systemsSolar Is Powering Our Lives In More Ways Than You Might Know - CleanTechnica
The article from CleanTechnica highlights the rapid and transformative growth of solar energy, emphasizing its expanding role in powering homes, businesses, and entire regions. Solar power is now growing faster than any other energy source in history, with the installation of solar panels generating about one gigawatt every 15 hours—equivalent to the output of a typical coal-fired power plant. This shift represents a major systemic change comparable to the Industrial and Computer Revolutions, as noted by climate activist Bill McKibben. In the U.S., renewables, including solar and wind, have recently surpassed fossil fuels in electricity generation, with states like Texas leading in renewable energy and battery deployment. McKibben underscores the advantages of solar and wind energy as ubiquitous, complementary sources that can mitigate intermittency issues when paired with battery storage. Unlike fossil fuels, renewable energy cannot be stockpiled, which reduces geopolitical conflicts over energy resources. However, despite the declining costs of solar technology, policy and infrastructure barriers—such
energysolar-energyrenewable-energyclean-energysolar-powerenergy-transitionbattery-storageRenewable-Powered Battery Swaps: Unlocking Ship Electrification At Global Canals - CleanTechnica
The Maersk McKinney Moller Institute's late 2024 analysis affirmed that battery-electric ships are increasingly viable and competitive due to declining battery costs, improved energy density, and ease of integrating battery containers on vessels. However, the study underestimated the pace of battery price reductions, using outdated figures ($300 per kWh) compared to recent prices as low as $51 per kWh in China. This highlights the accelerating economic feasibility of electrified shipping. A recurring suggestion in discussions is mid-ocean recharging or "electron bunkering," where ships could recharge at offshore stations during long voyages, reducing the need for large onboard batteries. Despite the conceptual appeal of mid-ocean charging—potentially supported by offshore wind farms with battery storage—the article argues that practical and economic realities make such infrastructure unlikely. Offshore facilities are exponentially more expensive than onshore ones due to engineering complexity, maintenance challenges, and remote logistics, with costs increasing roughly tenfold offshore and even more subsea. Even the well-funded
energyrenewable-energybattery-electric-shippingoffshore-wind-farmsship-electrificationbattery-storagemaritime-emissionsBig Solar & Battery News From Egypt & South Africa - CleanTechnica
The article highlights significant advancements in large-scale solar and battery storage projects in Africa, underscoring a growing momentum in the continent’s renewable energy sector. Egypt is set to inaugurate its first major integrated solar photovoltaic (PV) and battery storage plant in the Nagaa Hammadi region, featuring 1.1 GW of solar capacity paired with a 200 MWh battery energy storage system. This project, developed by Scatec ASA and backed by a $479.1 million financing package from institutions including the European Bank for Reconstruction and Development (EBRD), African Development Bank (AfDB), and British International Investment (BII), aims to provide dispatchable clean energy, enhance grid stability, and manage peak electricity demand. The plant will be built in two phases, with operations expected to begin in 2026, and energy sold under a 25-year power purchase agreement guaranteed by the Egyptian government. In South Africa, JUWI has secured a deal with JA Solar to supply 420,000
energysolar-powerbattery-storagerenewable-energyenergy-storage-systemclean-energysolar-PVAnti-ESG Policy Is, Actually, One More Way To Fund Fossil Fuels - CleanTechnica
The article from CleanTechnica highlights the contradiction and consequences of anti-ESG (Environmental, Social, and Governance) policies, particularly their role in perpetuating fossil fuel financing despite the urgent need for a clean energy transition. It underscores that clean energy, including solar and wind supported by battery storage, is now the most cost-effective and essential solution to meet growing energy demands in North America and Europe. However, fossil fuel interests—including think tanks, trade associations, and dark money groups—continue to resist this shift by promoting misinformation and lobbying aggressively to protect their profits, risking the creation of stranded assets. The article references Elisa Morgera, UN special rapporteur on human rights and climate change, who argues that wealthy fossil fuel nations are legally obligated to phase out fossil fuels by 2030 and compensate affected communities, while also calling for bans on fossil fuel advertising, lobbying, and greenwashing. The piece further details how anti-ESG legislation—106 bills introduced in 2025 alone—has slowed
energyclean-energyfossil-fuelsclimate-changeenergy-transitionrenewable-energybattery-storageWhy engineers are turning to virtual power plants to stabilize the grid
Virtual power plants (VPPs) represent a transformative shift in electricity grid management by aggregating distributed energy resources (DERs) such as rooftop solar panels, home batteries, electric vehicles, and smart appliances into a coordinated, software-driven network. Unlike traditional centralized power plants, VPPs operate without physical infrastructure, instead relying on real-time communication and control software to balance supply and demand dynamically across thousands of devices. This decentralized approach allows VPPs to perform essential grid functions like peak shaving, demand response, and load balancing, effectively stabilizing the grid without building new generation facilities. The rise of VPPs is driven by the rapid adoption of DERs and advances in grid control technology, enabling faster deployment and greater scalability compared to conventional power plants. VPPs can span large geographic areas and integrate diverse energy assets, distinguishing them from microgrids, which are localized and capable of islanded operation. Engineers favor VPPs for their reliability, flexibility, and cost efficiency, as they reduce
energyvirtual-power-plantsdistributed-energy-resourcessmart-gridbattery-storagerooftop-solardemand-responseIsland Community Explores Pathways To Strengthen Energy Reliability - CleanTechnica
The article discusses Edgartown, a town on Martha’s Vineyard island, and its efforts to enhance energy reliability and resilience through microgrid development. Due to the island’s isolation—accessible only by ferry or plane—power outages caused by storms like hurricanes and nor’easters pose significant challenges. To address this, Edgartown aims to create microgrids capable of independently powering municipal buildings for up to seven days during emergencies, using a combination of solar photovoltaics, battery storage, grid power, and backup generators. This initiative is driven by the Edgartown Energy Committee, which has been working since 2017 to improve energy efficiency and resilience. To support this goal, Edgartown partnered with the U.S. Department of Energy’s Energy to Communities (E2C) program, which connects communities with national laboratory researchers for technical assistance. Through E2C’s Expert Match program, researchers from Lawrence Berkeley National Laboratory helped analyze the energy needs and generation options for the Edgartown Highway Department campus
energymicrogridrenewable-energyenergy-resiliencesolar-photovoltaicsbattery-storageenergy-efficiency90% diesel cut drives Norway fish farm to scale floating solar energy
Norwegian fish farm Emilsen Fisk has significantly reduced its diesel consumption by over 90% through the installation of a floating solar power plant developed by Ålesund-based company Alotta. The Alotta Circle Mc120 system, installed at Emilsen Fisk’s Båfjordstranda site in Trøndelag, combines high-efficiency photovoltaic panels with onboard battery storage to meet nearly all of the farm’s energy needs without relying on the grid or diesel generators. This installation is notable for being the world’s northernmost floating solar plant and has prompted Emilsen Fisk to order a second unit, which will initially be deployed at a different site before supporting the farm’s goal of full renewable energy coverage. The floating solar solution has delivered multiple benefits, including cost savings, reduced emissions, and improved operational conditions, marking a shift in aquaculture energy use from diesel to renewable sources. The Norwegian solar government agency partially funded the project, covering 45% of the initial system cost, aiming to encourage wider adoption of clean energy in
energyrenewable-energysolar-powerfloating-solarbattery-storageaquaculture-energyclean-energy-solutionsNew Transportable Off-Grid EV Charging Stations Are Coming
The article discusses recent developments in off-grid electric vehicle (EV) charging stations amid regulatory and infrastructure challenges. Despite the temporary suspension of the US NEVI program by President Trump, a judge has mandated its continuation. Meanwhile, startups like California-based L-Charge, in partnership with Epic Charging, are innovating by deploying transportable, off-grid EV chargers that do not rely on traditional electrical grid connections. These chargers use generators fueled by renewable natural gas (RNG) or flare gas, enabling rapid installation at locations such as motels, restaurants, and retail outlets without the need for extensive electrical infrastructure upgrades. L-Charge’s off-grid charging stations offer a practical solution especially for heavy-duty fleet vehicles, providing a faster pathway to electrification and reducing reliance on diesel fuel. The company targets both public use and fleet owners, allowing a single installation to serve multiple needs and reduce tailpipe emissions in communities. This approach, while not a complete decarbonization solution, helps mitigate diesel pollution and supports zero
energyelectric-vehiclesEV-charging-stationsoff-grid-energyrenewable-energybattery-storagehydrogen-fuel-cells200MW US battery to power 200,000 homes during grid stress
The Peregrine Energy Storage Project, launched by Arevon Energy in San Diego’s Barrio Logan community, is one of the largest battery storage facilities in the region, featuring a 200 MW/400 MWh lithium iron phosphate (LFP) battery system. This $300 million project can supply power to 200,000 homes for two hours during peak demand periods, helping to stabilize California’s grid amid increasing challenges from hot summers and fluctuating renewable energy generation. The system stores excess energy generated during low-demand periods, particularly from solar and wind sources, and discharges it during peak hours to reduce blackout risks and price spikes. The use of LFP batteries enhances safety and durability due to their thermal stability and slower degradation compared to other lithium-ion chemistries, ensuring long-term reliability. The Peregrine project not only supports California’s renewable energy goals by facilitating smoother integration of intermittent green power but also contributes economically by creating over 90 local construction jobs and generating more than $28 million in property
energybattery-storagelithium-iron-phosphaterenewable-energygrid-stabilityenergy-storage-systemsclean-energy-transitionEmber Claims Battery Storage And Solar Can (Almost) Do It All - CleanTechnica
The article from CleanTechnica highlights a recent Ember report that emphasizes the growing capability and cost-effectiveness of combining solar power with battery storage to provide nearly continuous electricity supply. In the sunniest regions, such as Las Vegas, pairing 5 kW of solar panels with a 17 kWh battery can deliver a stable 1 kW of power 24/7 throughout the year, covering about 97% of constant electricity needs cost-effectively. While this example is based on a modest power demand, the key takeaway is that the levelized cost of solar-plus-storage electricity has become the lowest among energy sources, making solar increasingly dispatchable and reliable beyond daylight hours. This development marks a significant shift in the energy landscape, enabling solar power to support continuous power contracts for industries requiring 24/7 electricity, especially in emerging economies and remote areas lacking grid infrastructure. Solar-plus-storage can also reduce grid expansion costs by maximizing existing grid connections and deferring upgrades. With battery storage capacity in the US
energysolar-powerbattery-storageclean-energyrenewable-energyenergy-policysolar-energy-storageTesla to build China’s biggest grid battery plant in $556M deal
Tesla has entered a $556 million agreement to build China’s largest grid-scale battery storage facility, marking its first utility-scale energy storage project in the country. The deal, signed with the Shanghai municipal government and China Kangfu International Leasing, comes amid ongoing U.S.–China trade tensions and reflects Tesla’s strategic push into China’s rapidly growing energy storage market. The new facility will use Tesla’s Megapack battery systems, industrial-scale units capable of delivering up to one megawatt of power for four hours, and is expected to act as a “smart regulator” to stabilize urban electricity supply, addressing peak demand and ensuring grid reliability. This move intensifies Tesla’s competition with dominant Chinese battery manufacturers like CATL and BYD, with CATL currently holding a 40% market share and supplying cells for Tesla’s Megapacks. China is aggressively expanding its grid-scale battery capacity, having raised its target for battery-powered electricity storage to 40 gigawatts by 2025, driven by the
energybattery-storageTeslagrid-scale-energyMegapackrenewable-energyChina-energy-marketHungary powers up largest battery storage system near Budapest
Hungary has commissioned its largest battery energy storage system (BESS) to date, a 40 MW / 80 MWh facility located at the Dunamenti gas power plant near Budapest. Installed by MET Group using Tesla Megapack 2 units and Huawei battery technology, this system builds on a smaller 4 MW / 8 MWh pilot from 2022. The BESS can power all of Budapest’s public and decorative lighting for four hours, providing critical grid stability and flexibility as Hungary accelerates its green energy transition. The project, supported by 4 billion forints in state funding, exemplifies Hungary’s commitment to integrating more renewable energy sources, particularly solar power, into its grid. This development aligns with a broader regional trend in Central and Eastern Europe, where countries like Bulgaria, Romania, and Serbia are also expanding large-scale battery storage to support renewable energy integration and grid modernization. Bulgaria recently launched a 124 MW / 496 MWh system, Romania completed a 24 M
energybattery-storagerenewable-energygrid-scale-energyenergy-transitionTesla-MegapackHungary-energy-infrastructureHaven Energy & Clean Energy Alliance Launch Free Battery Storage Program For Eligible California Homeowners - CleanTechnica
Haven Energy and the Clean Energy Alliance (CEA) have launched the Battery Bonus Connect program, offering free home battery storage systems to income-eligible homeowners in San Diego County, including cities like Carlsbad, Del Mar, and Solana Beach. Funded by California’s Self-Generation Incentive Program, the initiative targets homeowners who participate in CEA’s PeakSmart Savers virtual power plant program and meet income criteria (generally 80% or less of area median income or enrollment in assistance programs). The program covers full installation, ten years of maintenance, and support with no upfront costs, credit checks, or long-term contracts. After ten years, homeowners can keep the system at no cost or purchase it at fair market value. The installed batteries will be integrated into a virtual power plant managed by Haven Energy, which uses stored energy during peak grid demand to ease grid pressure while reserving at least 20% capacity for homeowners’ personal use. This approach enhances energy reliability, reduces reliance on
energybattery-storageclean-energyvirtual-power-plantrenewable-energyenergy-resiliencehome-energy-systemsLarge-Scale V2G Systems Coming To Utrecht & Sweden - CleanTechnica
The article discusses the implementation and challenges of large-scale vehicle-to-grid (V2G) systems, focusing on recent developments in Utrecht, Netherlands, and plans in Sweden. V2G technology enables electric vehicles (EVs) to both draw electricity from and feed electricity back into the grid, effectively turning EV batteries into distributed energy storage. This system can help balance renewable energy supply fluctuations without utilities needing to install dedicated grid-scale batteries, while EV owners receive compensation. However, managing V2G is complex due to the need for coordination among diverse stakeholders—drivers, renewable energy suppliers, charging networks, and utilities—and the variability in EV models, battery management systems, and renewable energy availability. Utrecht has become Europe’s first city to implement a large-scale V2G system, called “Utrecht Energized,” through a collaboration involving Renault Group, We Drive Solar, and the carsharing service MyWheels. The initiative has installed 50 bidirectional chargers and integrated 50 Renault 5 E-Tech
energyvehicle-to-gridelectric-vehiclesrenewable-energysmart-gridbidirectional-chargingbattery-storageRepurposed EV battery packs to power industries, supply 1.25 MW energy
energybattery-storagerenewable-energygrid-resiliencedecarbonisationEV-battery-packsclean-energyUnlocking Value From Existing Solar: SolMicroGrid’s Array-to-Microgrid Program - CleanTechnica
energysolarmicrogridenergy-managementbattery-storageEV-chargingrenewable-energyHouse GOP wants to cut parts of the Inflation Reduction Act while sparing others
energyclean-energyelectric-vehiclescarbon-capturebattery-storageInflation-Reduction-Actsustainable-aviation-fuelEcoFlow STREAM Ultra: A Game-Changer For Plug-&-Play Home Solar Systems
energysolarbattery-storageclean-technologyresidential-energymodular-designrenewable-energyBlink Charging & Create Energy Team Up To Offer Solar-Powered EV Charging Solution
energysolar-powerelectric-vehiclesEV-chargingrenewable-energybattery-storageenergy-managementPanasonic Steps Away From Solar & Storage, Ends EverVolt Line
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