By enabling higher-voltage, longer-lasting supercapacitors, the innovation aligns with Aatma Nirbhar Bharat and India's clean ...

Historically, the energy storage industry has often relied on policy support and fiscal subsidies. It lacked sustainable ...

Indian researchers have developed a high-voltage supercapacitor that could improve the performance of electric vehicles and ...

The 3.4-volt device offers higher energy density, longer life and simpler design for electric vehicles and renewable energy ...

Indian scientists have developed a sunlight-powered energy storage device that can both capture and store solar energy within ...

Indian scientists at the Department of Science and Technology (DST) have developed a solar-powered energy storage device that ...

This video explores the potential of graphene as a supercapacitor, a technology poised to significantly impact the renewable energy market. It delves into the evolution of graphene and its role in ...

The newly developed supercapacitor addresses these limitations by enabling direct solar charging without external circuitry.

A high-voltage supercapacitor based on a dual-functional porous graphene carbon nanocomposite (PGCN) electrode has been developed which could facilitate stabler supercapacitors for applications ...

Market expansion is fueled by hybrid energy storage systems bridging batteries and capacitors, high-volume low-capacitance components for IoT and smart devices, and industrial-scale manufacturing ramp ...

Jason Lee, the author, is Global Product Manager for Supercapacitors and Circuit Protection at Eaton Bussmann Corp. He has worked developing supercapacitor products and markets since 2008. Prior to ...

Conventional electrolytes used in commercial supercapacitors can operate between 2.5–3.0 V and begin to decompose or face ...