En Vn

Reaching a carbon neutral power

by multiple pathways

Exploring pathways to Deep Decarbonization

In the overarching goal of reducing emissions to net-zero, Hydrogen plays an essential role to be able to deliver on this promise for businesses, especially harder-to-abate sectors.

Hydrogen’s potential is vastly more expansive as a flexible fuel, not only capable of shapeshifting to meet the energy needs of a wide range of energy end uses, including those that the long cord of clean-energy electrification may not readily reach; but also help address the small but significant balancing and gap-filling needs of a high-renewables electricity grid, displacing the role of a resource like dispatchable natural gas

Fuel Cell
Hydrogen and fuel cells technology offer an alternative and improved solution for a plausible future

Fuel cells are electrochemical converters that generate electricity through fuels (often hydrogen and oxygen).

With a remarkable growth, fuel cells have been used to provide power through a wide range of various industry, such as transportation, construction, long-term energy storing and industrial/commercial/residential usage.

Clean Energy Storage
The fuel landscape of the future!
In the midst of the much-needed transition toward a decarbonized electricity systems, renewable energy has been dramatically developing in response to that demonstration. Electricity can be easily generated but it cannot be stored nor transported into national electrical grids as much. Hence, we are looking for deep solutions after renewable transform revolution that can help improve electricity storage and ensure that electrical grids can be balanced and can contribute to the maximization of every green megawatt generated.

Clean energy storage is starting to pick up momentum and plays an important role in creating a flexible and reliable energy system, supporting the rapid deployment of variable renewable energy sources and guaranteeing its integration into the grid.

Energy storage systems can achieve the best economic and environment outcome as well as add value at every stage of the supply chain. Depending on their capacity, energy storage systems are sizable to minimize total electricity cost or to maximize investor profits; for example:

  • Large-scale storage for GW scale is required
  • Storage in the grid and in power generation assets for MW scale
  • Small –scales storage at the end-user level for kW scale.
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