Israeli company Apollo Power has achieved Class A fire certification for its new flexible solar module, Panda Plus, offering a power output of 320 W across a 2 m2 area. This certification, a first for flexible solar panels, was achieved through improved materials and manufacturing techniques. Apollo Power is also working on an integrated solar-roofing product with a US roofing company to target residential and commercial rooftops with weight or design constraints. Additionally, the company manufactures solar charging systems for various applications, including automotive, defense, and disaster relief, with exclusive distribution agreements and partnerships to deploy flexible solar energy solutions at gas stations and on trucks and buses in the US. Apollo Power manufactures all its panels in Israel and distributes through tier-one partners and direct sales to large end users like Amazon.
Category: Electricity
Cut Emissions:
– Enhance Efficiency
– Shift Production
– Improve Electrical System
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Gas Stations are Changing Globally. How Has It Changed in Your Town? (Part 1: Asia)
Major oil and power companies are adapting to the rapid electric vehicle adoption by converting traditional petrol stations into multi-modal power hubs globally, forming alliances to deploy ultra-fast charging hardware alongside fossil fuel pumps. In China, BYD signed an agreement with Sinopec to accelerate Flash Charging systems deployment, while in Southeast Asia, partnerships like Shell Pilipinas and Ayala Group are installing charging points nationwide. State utilities in countries like Malaysia and Indonesia are also pursuing retail partnerships to expand charging infrastructure. Initiatives in the electric vehicle sector include the expansion of charging stations, commercial fleet solutions, and battery swapping operations, with Singapore implementing high-tech solutions like liquid-cooled rapid chargers and solar power generation to promote sustainable transportation and reduce carbon emissions.
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The Spark: How Neighbors Are Banding Together to Go Greener
In Marblehead, Massachusetts, volunteers like Lisa Wolf are leading a green revolution by coaching homeowners on transitioning to energy-efficient heat pumps through programs like HeatSmart Alliance. These efforts are crucial in reducing greenhouse gas emissions from home energy use, which accounts for about 20 percent of emissions in the U.S. Despite challenges in historic areas, heat pump coaches are helping homeowners navigate their options and access state rebates for green energy solutions. Additionally, initiatives like Window Dressers in Maine are providing custom window inserts to improve energy efficiency and reduce heating costs, with a focus on helping low-income customers. By organizing locally and providing support and resources, these volunteers are driving America's green transition at the grassroots level.
https://reasonstobecheerful.world/the-spark-green-home-energy/
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“Second roof:” Solar glass pioneer unveils big rooftop module in time to ride wave of expanded PV subsidy
ClearVue Technologies has received approval for its ClearVue-Helios integrated solar panel to be installed on Australian rooftops, delivering up to 220 watts per square meter with a Class A fire rating and long warranties. The technology allows for light transmission and electricity generation, making it suitable for building-integrated PV applications. With orders secured in the US and Australia, the focus is on commercial and industrial projects, particularly for metal roof applications to provide high energy efficiency and durability. The CEC listing and government incentives for commercial solar installations in Australia will significantly reduce acquisition costs, improving paybacks for customers and strengthening the commercial opportunity for ClearVue products.
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Base Power raises $1B to get big batteries into more homes
Climate solutions experts should focus on implementing renewable energy sources, such as wind and solar power, to combat climate change. Additionally, investing in energy efficiency measures and transitioning away from fossil fuels are crucial steps in reducing greenhouse gas emissions. Collaboration between governments, businesses, and individuals is essential in achieving a sustainable future. It is important to prioritize climate solutions that have a positive impact on both the environment and society as a whole.
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The Alaska Native Villages Where Rivers Provide Power
River power projects, such as the installation of modern river turbines in Alaska and other regions, are gaining momentum as a renewable energy solution. The success of projects in Igiugig and Napaimute, where river turbines have been deployed to supplement energy needs, could pave the way for similar initiatives worldwide. These projects offer the potential to provide clean hydropower without disrupting local ecosystems or communities. As rising fuel prices make traditional energy sources increasingly unaffordable, river power presents a promising solution to address the growing cost of living and transition towards sustainable energy sources. The abundance of energy in rivers globally makes them a key player in the renewable energy puzzle for communities seeking to reduce their carbon footprint.
https://triplepundit.com/2026/hydrokinetic-river-turbine-renewable-energy-alaska-salmon/
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Massive wind project, with up to 280 of Australia’s biggest-ever turbines, seeks federal green tick
Plans for the Whaleback Ridge wind farm project in Tasmania, proposed by Westcoast Renewable Energy, are currently under assessment for approval. The project could consist of up to 280 turbines with a generating capacity of up to 10 MW each, with the first phase expected to be between 288 and 432 MW. TasNetworks has confirmed capacity for the first phase on existing transmission lines, aiming to minimize environmental impacts and recording low bird species abundance. While conservation groups have raised concerns about the project's location in a biodiverse area, it is noted that the project will not directly impact the Western Tasmanian Aboriginal Cultural Landscape. The overall goal of the project is to help Tasmania achieve its Renewable Energy Target of 200% by 2040.
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South Korea proceeds with largest single-site PV project to date
South Korea is set to build its largest solar complex, the 400 MW Haenam solar power complex, on idle land in the south of the country. The project, expected to be completed in 2028, will supply electricity to companies and industrial complexes with renewable energy targets. The project aims to lower power generation costs and will use domestically-produced solar modules, cells, and inverters. It also includes a resident participation and profit-sharing system, returning a total of KRW 150 billion to the local community. Additionally, a portion of the complex will be developed as agricultural solar power, in line with South Korea's agrivoltaics legislation.
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Philippines plans green energy auction for agrivoltaics, aquavoltaics
The Philippines is gearing up for its 9th green energy auction (GEA-9) focusing on agrisolar and aquasolar projects to maximize land and water resources while supporting food security and rural livelihoods. The Department of Energy is facilitating innovative projects that combine clean power generation with sustainable farming and fishing practices. As part of a larger plan to auction 25 GW of renewables by 2035, upcoming auctions will target rooftop solar, ground-mounted solar, floating solar, and off-grid areas served by the National Power Corporation. The country saw 899 MW of solar installed in 2025, bringing the total solar capacity to 3,892 MW.
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India’s rooftop solar scheme surpasses 5 million households
India's rooftop solar program, PM Surya Ghar: Muft Bijli Yojana, has rapidly expanded to support over 5 million households with a cumulative capacity of 14.8 GW in just over two years. With $8.6 billion in funding, the program is adding around 100,000 households every six days, leading to nearly 1.9 million households reporting zero electricity bills and over 1.2 million households earning income from selling surplus electricity. The highest monthly rooftop solar deployment was recorded in July 2026, showcasing the significant pace of installations. Furthermore, the program has fostered the growth of a nationwide rooftop solar ecosystem, with over 34,000 registered vendors and more than 232,000 people trained in the rooftop solar value chain.