Dramatic cost reductions over the last decade in battery storage and wind and solar energy position India to leapfrog to a more sustainable system for delivering affordable and reliable power to serve near a doubling in electricity demand by 2030, according to a new study by researchers at Berkeley Lab.
India is pushing hard to electrify its automobile market, aiming to sell only electric vehicles (EVs) by 2030. But what impact will that shift have on the country’s utilities and the grid? A new report by scientists at Berkeley Lab has found that the prospective EV expansion will deliver economic benefits, help integrate renewable energy, and significantly reduce imports of foreign oil.
There is still a lot that scientists don’t know about air pollution, but the severe pollution common in much of India offers scientists an opportunity to better understand its causes and effects. Lawrence Berkeley National Laboratory researcher Josh Apte is developing some unique approaches to studying air pollution in India and hopes to apply what he learns to developing global strategies for combating it.
What makes cities in India and China so frustrating to drive in—heavy traffic, aggressive driving style, few freeways—makes them ideal for saving fuel with hybrid vehicles, according to new research by scientists at Lawrence Berkeley National Laboratory. In a pair of studies using real-world driving conditions, they found that hybrid cars are significantly more fuel-efficient in India and China than they are in the United States.
Lawrence Berkeley National Laboratory (Berkeley Lab) has been selected to lead a new joint U.S.-India research center focusing on energy efficiency technologies for buildings. It is one of three consortia that will make up the U.S.-India Joint Clean Energy Research and Development Center (JCERDC).
A new assessment of wind energy in India by Lawrence Berkeley National Laboratory has found that the potential for on-shore wind energy deployment is far higher than the official estimates— about 20 times and up to 30 times greater than the current government estimate of 102 gigawatts. This landmark finding may have significant impact on India’s renewable energy strategy as it attempts to cope with a massive and chronic shortage of electricity.
With the aid of rooftop instruments, satellite images, an airplane and a balloon, Berkeley Lab scientists are conducting the first-ever study to determine how pollution impacts the efficacy of white roofs in cooling the planet. The yearlong project in northern India will also be the first to take physical measurements to characterize the cooling and climate effects of white roofs.
With the Indian economy growing by leaps and bounds yet hampered by regular power shortages and blackouts, Indian electricity regulators are in a tough spot. How to wring more electricity from very limited infrastructure? The answer lies in energy efficiency, and through collaborations with the Lawrence Berkeley National Laboratory India is hoping to learn from California’s successes in implementing energy efficiency and demand-side management to meet energy demand.
Three solid days of talks on feed-in tariffs, decoupling and demand-side management may not sound like exciting stuff to most people, but to certain a group of visitors from India, such topics could not be more welcome. This week, a 20-member delegation, including representatives of electricity regulatory commissions of 13 of India’s 28 states, visited Lawrence Berkeley National Laboratory to learn about California’s leading efforts on energy efficiency and renewable energy.
Electricity in India can be a dicey proposition. Half the population lacks access or is too poor to afford it. The other half is using so much that demand far outstrips supply, resulting in daily power outages. And with a growing middle class buying more TVs, air conditioners and the like, the situation will only get worse. As chaotic as things are, there is a solution: simple energy efficiency measures, according to a new report from Berkeley Lab, can eliminate the electricity deficit as early as 2013.