Shanghai Electric Group

Shanghai Electric's energy-saving electrolyzer technology designed to reduce green hydrogen production costs and enable industrial applications across transportation, chemical, energy storage, and metallurgy sectors.

Energy-saving alkaline electrolyzer technology designed to reduce green hydrogen production costs and enable industrial applications across multiple sectors.

Large-scale alkaline electrolyzer manufactured in June 2023, the largest single hydrogen production unit of its kind in China at that time.

Proton Exchange Membrane electrolyzer launched in October 2023 with compact, flexible, and lightweight design optimized for hydrogen refueling stations. Noted as a leader in China for overall performance.

Gas turbine technology tested by Shanghai Electric that can operate on a blend of hydrogen and conventional fuels.

A cost-effective and well-established electrolyzer technology.

Mirrors used in concentrated solar power plants to reflect and focus sunlight onto a central receiver, generating heat.

Qinghai province

California

Shanghai

A massive solar power plant being built in the Gobi Desert, China, which will be the world's largest upon completion. It is designed to generate 810 MW of solar power and features six large towers and thousands of solar mirrors with significant heat storage capacity.

Shanghai Electric's energy-saving electrolyzer technology designed to reduce green hydrogen production costs and enable industrial applications across transportation, chemical, energy storage, and metallurgy sectors.

Proton Exchange Membrane electrolyzer launched in October 2023 with compact, flexible, and lightweight design optimized for hydrogen refueling stations. Noted as a leader in China for overall performance.

Large-scale alkaline electrolyzer manufactured in June 2023, the largest single hydrogen production unit of its kind in China at that time.

State-of-the-art storage tubes fabricated by a leading North American high-pressure tube manufacturer, designed to manage significantly higher pressures than competing products. The tubes utilize Charbone compression standards to optimize safe hydrogen storage capacity while lowering transportation and delivery costs.