One integrated energy system for energy producers
Energy requires control, not standalone solutions
The energy landscape has become increasingly complex. With on-site generation, battery storage, dynamic energy prices and grid constraints, energy is no longer a fixed commodity. It has become a system that requires continuous management and optimisation.
In practice, this often means dealing with multiple parties: an installer, a software provider, an energy supplier and a trading partner. Coordinating them all takes time, creates complexity and can leave opportunities untapped.
Enius takes a different approach.
We bring technology, control and energy supply together in one integrated solution. Not by making things more complicated, but by taking responsibility for the complete system. We ensure that every part works together, from generation and storage to consumption and market participation.
For businesses with their own energy production
Enius brings together battery storage, smart energy control and energy supply in one integrated energy system. This makes energy manageable, predictable and practical for businesses.
Think of:
- agricultural businesses;
- SMEs and transport & logistics companies;
- owners and operators of wind and solar parks;
- energy companies with their own assets.
In all of these situations, the same principle applies: energy only works effectively when technology, control and supply come together. That is why we developed the LIAF concept; not only because there is a need for it, but because we want to take responsibility for the end result. And that is only possible when you are in control.
One system. One partner. Control over energy.
Enius Energy as the connecting force behind Agro Battery projects
Investing in energy storage as an additional source of income.
At Nobel in Lutjewinkel, an energy storage system has been installed that stores energy generated by a wind turbine and solar panels. The stored energy can be used on-site or traded on the EPEX and imbalance markets. The strength of this system lies in the fact that all installations are controlled based on a single imbalance position. This requires integrated control and a seamless connection to real-time data.