MTSA Technopower is developing a complete product line of decentralized stationary systems that convert green electricity into hydrogen and vice versa to prevent peak loads from sun and wind farms and to make green energy available round the clock.
Sun and wind energy is sustainable, CO2 free and can be generated almost anywhere. On location, however, most of the day’s yield is usually produced in just a few hours, while during the rest of the day hardly or no green power is available. Often the 80/20 rule applies
Therefore, sun and wind cannot simply replace fossil power plants. So far, fossil remains necessary to guarantee delivery around the clock. Until now, there is no energy buffer for green energy to match supply and demand.
Another obstacle to the large-scale application of solar and wind energy is the current grid capacity. This is often not sufficient to handle peak production from (planned) wind and solar parks.
MTSA Technopower offers a solution. MTSA Technopower has over 15 years of experience in hydrogen and electricity (high power) applications. MTSA Technopower has completed leading projects including the world’s largest PEM fuel cell plants, H2 installations for emergency power supply, power packs for powering city buses and tour boats and electrochemical hydrogen compression systems. We apply this knowledge to bring the Energy Transition a step closer.
MTSA Technopower develops a fully integrated Energy Management System consisting of:
We call this Power to Power – the missing link in the Energy Transition.
Power to Power (P2P) is a modular, scalable and decentralized concept that enables on-site conversion of green electricity into hydrogen between 1 and 10 MW. The hydrogen can be used later for electricity, heat, mobility and / or industrial feed. It is ideally suited to be used in combination with (planned) wind and solar parks where the local electricity grid is not sufficient to absorb peak production.
Due to the connection to the electricity grid, the P2P system also has a grid stabilizing function.
