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In 2026, solar energy officially surpassed fossil fuels as the world’s largest source of electricity. With groundbreaking cost reductions, rising global installations, and supportive policies, solar is now the dominant player in the global energy transition.

New Zealand’s Warmer Kiwi Homes programme increases solar grants to $3,000 for 2026. Designed to help homeowners reduce energy bills, improve home comfort, and support the country’s clean energy goals, the initiative is expanding its reach to more households across New Zealand. Here’s what you need to know and how to check if your property qualifies.

Australia’s federal government has unveiled a new AUD $60 million funding initiative aimed at dramatically reducing the cost of solar photovoltaic (PV) technology. This ambitious move could transform Australia’s energy market, potentially making solar more affordable than ever and signaling a shift away from traditional fossil fuel-based power generation.

The Warmer Kiwi Homes programme has expanded in 2026, offering grants to New Zealand homeowners for energy-efficient home upgrades, including insulation and solar heating systems. This article explains the updated eligibility criteria, what grants are available, and how to apply for assistance.

European homeowners are now trading surplus solar energy via blockchain technology, enabling peer-to-peer transactions like digital currency. The innovative use of blockchain in solar energy markets could reshape the future of decentralized power generation and energy trading.

Bill Gates‑backed TerraPower has unveiled its 2026 roadmap for micro-modular nuclear reactors, focusing on small and scalable reactors to meet the energy needs of U.S. cities and global markets. With Natrium and microreactors, TerraPower is redefining nuclear energy’s role in a carbon-free future.

Energy independence is becoming a reality in Europe as the rise of smart grids allows neighbors to trade solar power like cryptocurrency. This decentralized approach is reshaping the energy landscape, boosting sustainability, and offering new economic opportunities.

Toyota’s upcoming solid-state EV promises up to 1200 km range and 10-minute charging. The late 2026 launch is generating excitement among US buyers, signaling a potential breakthrough in EV performance and addressing key concerns like range anxiety and charging time.

A solar + EV charger combo can allow homeowners to charge their electric vehicles for free by using energy generated from solar panels. While the initial investment may be significant, the long-term savings and environmental benefits make it an increasingly popular choice for those looking to drive sustainably.

Uttarakhand has crossed 1GW of installed solar capacity in 2026, marking a major renewable milestone. Driven by utility-scale projects, rooftop expansion, and decentralised systems, the hill state is strengthening India’s clean energy transition while addressing climate and energy security challenges.

India’s rapid rise in cooling demand has boosted interest in Hybrid Solar AC systems. While rooftop solar can significantly reduce electricity bills, experts say 24/7 cooling without grid power requires large solar capacity and battery storage, increasing upfront costs despite government subsidies.

Homeowners with rooftop solar may earn supplemental income by selling carbon credits from solar installations through voluntary carbon markets. While revenue is typically modest, verified registries allow households to monetize avoided emissions alongside traditional solar savings.

Germany’s innovative plug-and-play balcony solar systems allow apartment residents to generate clean electricity without the need for a rooftop. This simple, affordable technology is now spreading across Europe and beyond, offering a solution for renters to reduce energy costs and carbon emissions.

Perovskite solar cells are poised to revolutionize the solar energy market, offering up to 50% cheaper solar power than traditional silicon panels. While the technology promises a breakthrough in efficiency and cost reduction, hurdles like stability and production scaling remain before it can reach widespread commercial adoption.

Solar tiles are poised to transform India’s solar energy market, offering a more aesthetically pleasing and integrated solution than traditional solar panels. With Tesla-style roofs arriving soon, India is ready to adopt this innovative technology as part of its renewable energy future.

Solar paint could turn everyday surfaces, like walls and vehicles, into electricity‑generating assets. While still in development, this technology promises a cheaper, more flexible alternative to traditional solar panels, with the potential to revolutionize how we produce renewable energy.

Rooftop solar panels in India can recover their cost within four to six years and provide 20 years of near-free electricity. With effective annual returns often exceeding traditional investments, solar is increasingly viewed as a stable, inflation-protected financial asset alongside mutual funds.

The Government of India’s Surya Mitra Program offers free training and certification to individuals aspiring to join the solar energy sector, addressing the country’s growing demand for skilled professionals in renewable energy. It presents an opportunity for career growth, job placements, and entrepreneurship in solar technologies.

Solar stocks are surging in 2026, as growing order books signal strong future demand. With key players securing major contracts and increasing market share, investors are eyeing potential multibagger opportunities. But can these companies continue their upward trajectory?

Solar energy demand is surging as summer heats up, providing a prime opportunity for entrepreneurs to launch profitable solar startups. With minimal capital investment and a focus on services, consultancy, and distribution, businesses can capitalize on the growing clean-energy trend.

As energy prices rise, U.S. Fortune 500 companies are increasingly investing in 100% on-site solar power. This shift helps them secure long-term energy savings, meet sustainability targets, and reduce dependence on volatile grid electricity. Corporate America’s move toward solar is reshaping how businesses manage energy.

Net metering allows homeowners to send surplus solar energy back to the grid in exchange for credits, lowering electricity costs and even generating income. This guide explains how net metering works and how to turn your roof into a passive revenue stream.

In 2026, rooftop solar has become 40% cheaper than coal-based electricity in many markets, driven by plummeting panel costs and growing grid competition. This price shift signals a growing dominance of solar power over fossil fuels, accelerating the global energy transition.

As Ontario grapples with rising energy costs, thousands of Canadians are turning to DIY solar-battery kits to achieve energy independence. This growing trend represents a shift towards sustainable, off-the-grid living, where individuals are harnessing renewable energy to power their homes and reduce reliance on traditional utility companies.

Australia’s introduction of smart feed-in tariffs allows homeowners with solar systems and batteries to sell excess power back to the grid for top dollar, especially during peak demand periods. These tariffs incentivize smarter energy exports, offering a dynamic pricing structure that benefits both consumers and the grid.

In 2026, Australians need to be vigilant when choosing a solar installer. Common mistakes include choosing based on price, skipping accreditation checks, and failing to understand warranties. By following expert advice, you can protect your solar investment and enjoy long-term savings.

The IRS Solar Tax Credit will decrease from 30% to 26% in 2026. Homeowners still eligible for the 30% tax credit should act before December 31, 2025, to maximize savings on solar installations. Local incentives and net metering can add to the savings.

India’s PM Surya Ghar Scheme offers ₹78,000 subsidies to install rooftop solar panels, enabling homes to eliminate or reduce electricity bills. With its success in reducing energy costs and fostering renewable adoption, the scheme plays a critical role in India’s energy transition.

In India’s sweltering 2026 summer, lithium‑ion and sodium‑ion battery storage are becoming critical for homes battling frequent power cuts. By storing excess solar energy, these systems offer uninterrupted power, lower electricity bills, and contribute to India’s clean energy goals.

In 2026, more New Zealand homeowners are ditching traditional power in favor of solar-battery systems. With rising electricity prices, government incentives, and increasing energy independence, Kiwi families are driving the shift to clean, renewable energy for a more sustainable future.

Canada’s Canada Greener Homes Loan offers homeowners up to $40,000 in interest-free financing for solar panels and energy-efficient upgrades. Administered by Natural Resources Canada, the program aims to reduce emissions and energy costs, though funding limits and eligibility rules apply.

The IRS Solar Tax Credit will decrease from 30% to 26% in 2026. Homeowners still eligible for the 30% tax credit should act before December 31, 2025, to maximize savings on solar installations. Local incentives and net metering can add to the savings.

ACME Solar signed a 25-year ACME Solar Seals a Massive Deal agreement with SECI for a 380-MW wind-solar hybrid project with battery storage. The project supports round-the-clock renewable electricity and reflects India’s shift toward reliable clean power as part of its long-term energy transition.

NTPC Green Energy commissioned 158.4 MW of solar capacity in Andhra Pradesh, lifting its total renewable portfolio past 9 GW. The milestone strengthens India’s renewable expansion and supports national goals for clean, non-fossil fuel power generation.

India is preparing to test solar-powered orbital data centres to support AI workloads in low-Earth orbit. The concept promises continuous solar energy, passive cooling and potential latency benefits, though significant engineering and regulatory challenges must be overcome before large-scale deployment.