RMI’s research on the potential of renewable energy storage technology

“The boom in investment in energy storage technology is creating a revolution in the energy industry faster than expected, and it also creates a earthquake in energy use and organization. energy systems of the future ”- According to Rocky Mountain institute (RMI).

Clean gasification energy used in vehicles is growing at a rapid pace. This has led to an increase in the use of electricity over the years. As a system that absorbs and stores energy during the pre-release period on demand, energy storage technology is a groundbreaking field to optimize the performance of energy systems and create Favorable for integrating renewable energy sources. This technology is essential to bridge the time and geographical distance between energy supply and demand.

Until now, electrochemical energy storage still predominates in battery technology including lead acid batteries, nickel-based systems, high temperature redox oxidation lines and lithium ion batteries. The battery can be used for short and medium term applications, which is beneficial for scaling and performance. Most mobile consumer electronics such as electric cars and passenger hybrids are equipped with lithium ion batteries. Solid-state lithium ion batteries are a greater development of traditional lithium ion batteries. The battery is being replaced by a liquid electrode with a commercially viable solid material in the near future.

In order to make this technology more flexible and attractive, automakers have started selling car-connected car systems, allowing car users to provide electricity to the home and vice versa. In the future, many supercapacitors will store kinetic energy in pendulum movement and recharge with virtually no lag time, allowing cars to recharge during normal stops at intersections.

The metal-air battery system is a new promising battery system. This battery system is lightweight, renewable for long-term use by using lithium or zinc as anodes (anodes) and oxygen from the cathode (cathode) environment. Many predictions say that, in the next decade, energy density may increase because battery-powered vehicles are more competitive than vehicles powered by internal combustion engines. Here are 3 points to note from the RMI report:

• The cost of producing spare batteries decreases and their performance increases unexpectedly.
• These improvements deal a blow to traditional combustion energy and the commercial vehicle industry utilizes internal combustion engines.
• Lithium-ion remains a leader in the battery industry, which is not the only solution in the future of the energy storage industry.

The RMI team of researchers focused on analyzing parameters from the US, Europe, China and India. The development and growth of energy storage technology has been driving the global shift in energy usage habits.

Productivity and Quality Office