Store energy today. Power the world tomorrow.

Pumped Storage Hydropower (PSP) pumps water from a lower to an upper reservoir and releases it through turbines when electricity is needed — mature, utility-scale and long-duration.

Viability depends on topography, geology, reservoir design, water availability, environment and transmission access.

BESS store electricity through reversible electrochemical reactions, at utility, transmission, distribution, industrial, commercial, residential and off-grid levels.

BARREL works with an OEM / JV partner for batteries and covers minerals, chemicals, active materials, cells, modules, packs, BMS, PCS, containers, recycling and second life.

Thermal storage captures heat or cold for later use — for power cycles, process heat, district heating and cooling.

Molten salt, sand, concrete and PCM store heat, not electricity: returning electricity needs a heat engine, so efficiency is judged on the whole electricity-to-heat-to-electricity system.

Mechanical systems convert electricity into potential, kinetic or pressure energy and back — from seconds of flywheel response to days of compressed or liquid air.

Chemical carriers can be stored, transported and turned back into electricity, heat or industrial energy — the main route to seasonal storage and industrial decarbonisation.

Very fast response and high power for power quality and grid stability — short-duration specialists, not substitutes for long-duration utility storage.

Cold storage shifts cooling load out of peak hours for buildings, district cooling, industry and cold chains.

Geological formations and engineered underground structures hold hydrogen, compressed air, heat, cold and water at scales the surface cannot.

A battery answers in milliseconds while pumped hydro, thermal or hydrogen carries the hours and days — one controlled system.

Each is tracked with its stage — research, prototype, pilot, demonstration, early commercial or established.