After nearly two decades, this massive New Mexico wind project is now powering California

The commercially-based Wind for Prosperity initiative may have devised a solution to meet growing demands for electricity in developing economies, where fossil fuels are expensive, difficult to access, and take a toll on environmental and human health. The venture works to refurbish wind turbines from Europe and re-deploy them in the developing world, providing clean and affordable power where it’s needed most.

Localized, distributed energy systems are popping up around California. As the larger electricity system becomes less reliable in the face of wildfires, more individuals are turning to microgrids and solar energy with help from organizations like Clean Coalition and Stone Edge Farm Microgrid. While still happening on a small scale, such energy systems may become more popular as its sustainability in a changing climate shows to be more resilient.

A team of engineers at IIT Madras, a public university in India, has partnered with local utilities and the national Ministry of Power to bring sustainable, low-cost electricity to off-grid rural villages in the northwestern state of Rajasthan. With solar power supplied by DC microgrids, these poor rural communities are experiencing transformations to increase quality-of-life: affordable fridges that aid in food preservation, fans which mitigate heat and repel mosquitoes, and battery-powered phones connecting them to public emergency services.

Urban areas contain the highest in concentration of burning fossil fuels, which negatively contributes to climate change. Spearheading the green energy movement, Burlington, VT claims that its city uses 100% renewable energy for electricity. Burlington’s efforts pilot a model for larger U.S. cities to follow.

The Perinjanam Solar Initiative successfully combined government subsidies, cooperative bank financing, and a community-governed consumer committee to bring rooftop solar to over 1,000 households. Altogether, this cut monthly electricity bills by up to 80% and reduced carbon emissions by 192,000 kilograms, however such initiatives have failed elsewhere in Kerala due to the absence of government mandates, standardized financing frameworks, and the political will needed to scale the model statewide.

Floating wind turbines off the coast of Portugal is one of the latest experiments to convert wind energy into electric power. These machines can generate electricity for a city of up to 60,000 people. While it will take more financing and time to scale the project, investors are impressed with the results and see it as a viable financial return to combat climate change.

Three major US companies are leading the way in developing the technology to extract carbon dioxide from the air: Global Thermostat, Carbon Engineering, and Climeworks. With federal tax credits per ton of carbon dioxide captured and a prosperous system of injecting the CO2 back into the ground to stimulate crop yield, the companies' three different approaches all offer a way to cut into the massive amount of global emissions, an opportunity to make a lot of money with new technology, and a helping hand for states working on achieving new federal guidelines and restrictions for a green future.

Hydrogen fuel has made promising strides from Germany to Japan, thanks to shifting markets for renewables, improved storage technologies, and emissions-reduction goals. Electrolysis that uses renewables to make the fuel could transform transportation and energy infrastructure, but a few concerns about the unintended effects persist.

Alaska is a state of remote and rural townships, where everything costs more to access - from food to fuel - and plunging global oil prices have pushed the state economy to the brink of financial crisis. But communities such as Buckland are taking steps to move away from dependence on fossil fuels through the building of renewable energy micro-grids. Wind, geothermal, hydro, and solar power not only help keep the lights on, but are contributing to the stabilization of local economies.

There is an ongoing competition to improve batteries as a method of energy storage that is environmentally conscious. Intense research on batteries is ongoing, including the development of the "saltwater battery', in order to improve their reliability, storage abilities and safety.