BRICS tech horizons: New paths for energy cooperation

As countries seek to expand cleaner energy while maintaining reliable and affordable power supplies, energy security, access and technological innovation are increasingly linked.

At the 11th BRICS Energy Ministers' Meeting in Gurugram, India, energy ministers identified three broad areas for cooperation: energy security and sustainability, energy access and equity, and technology and innovation.

BRICS brings together 11 emerging and developing economies, with cooperation spanning areas including energy, science and technology, trade and finance.

Its members have different energy resources, development priorities and energy systems, shaping the way they approach these common challenges.

Balancing security, access and transition The energy agenda reflects the different circumstances of BRICS members.

The ministers reaffirmed the importance of respecting national circumstances, development priorities and energy pathways, while calling for diversified and resilient energy systems and supply chains.

The meeting also highlighted universal access to affordable, reliable, sustainable and modern energy.

Affordable financing and capacity building were identified as part of efforts to support emerging markets and developing economies.

At the same time, members discussed cooperation in renewable energy, biofuels, hydrogen, energy storage, carbon capture, energy efficiency and other technologies.

Rather than setting out a single model for the energy transition, the agenda emphasizes cooperation across different technologies and national energy systems.

Smart grids and energy storage Smart grids and energy storage offer a more specific example of that approach.

A smart grid uses digital technologies, sensors, automation and data analysis to monitor and manage electricity systems.

Energy storage facilities can hold electricity for later use, helping power systems manage changes in supply and demand.

Both can become increasingly relevant as renewable energy is integrated into electricity systems.