How Pakistan quietly became world's biggest solar importer

Moldova used government regulations and local installations of solar panels and biomass systems to respond to the Russia energy crisis, empowering local communities to create their own renewable energy cooperatives. These have helped increase the nation's renewable energy from 3% to 25% and reduce heating electricity costs in participating towns.

China's strategic provision of affordable renewable energy infrastructure—such as solar panels and wind turbines—to developing countries like the Philippines, fills the vacuum caused by significant U.S. cuts in global climate finance under the Trump administration.

Faced with severe heat waves, escalating electricity costs and frequent blackouts, Pakistan took a grassroots approach to transitioning to solar power, making electricity more accessible and affordable. They’ve become a major market for solar, importing 17 gigawatts of solar panels from China in 2024 alone, doubling their 2023 numbers, making Pakistan the world’s third-biggest importer of solar panels.

With the help of federal tax credits and localized policies for building, last year, Florida surpassed California as the state with the most new solar panels plugged into its grid, building three gigawatts of large-scale solar in 2024.

After Hurricane Helene shut down most of the power grid, the Footprint Project brought 47 portable solar arrays and battery systems to the area to help restore power. These solar panels offer an alternative to diesel-powered generators, so people in remote areas experiencing a natural disaster don’t have to rely on burning fossil fuels, which contributes to the climate crisis.

A first-of-its-kind renewable energy system in Hengbung, India, creates hydropower with solar pumps to prevent the community from experiencing prolonged power outages during extreme weather. At the same time, the project is increasing India’s renewable energy capacity.

The Solar Cooking project uses both solar power and a power grid to allow people to reduce their cooking fuel costs and fossil fuel consumption, making it a more environmentally-friendly way to cook.

In an effort to reduce fossil fuel use and environmental impact, some locals are opting for solar power to reduce household energy emissions. Home heating and cooling alone is responsible for 441 million tons of carbon dioxide annually, but a single acre of solar panels can save between 121 and 138 metric tons of carbon emissions each year.

A collaborative partnership among local and national organizations made it possible to install solar panels on 10 Greensboro homes for free. Because of this effort, many low-income families have seen a significant decrease in their energy bills and an increase in value of their homes. Although convincing people to install the panels was a challenge, organizers are now figuring out how to scale the initiative and make it sustainable in the longterm.

The Virtual Citizen Power Plant joins residents to share energy to power their homes and offices to achieve energy sovereignty. Studies show that villages that participate in these renewable energy programs see a 60% reduction in CO2 emissions, better price stability, and more energy independence for farmers and homeowners, on top of improving residents’ sense of community.