With Enfo technology, utilities and aggregators can offer their customers the smoothest way to capitalize on energy efficiency and demand side flexibility. Enfo’s technology uses smart solutions to integrate, aggregate and optimize flexible assets; ie consumption loads and batteries. Then we realize value from energy efficiency, in order to reduce energy cost and monetize on demand side flexibility.

Enfo’s flexibility platform, flextools™, is integrated with several flexibility markets to help our customers maximize the value of their customer portfolio. Currently, we are integrated with Statnett (the Norwegian TSO) and NODES Market (local marketplace). We can connect any third party control system to our cloud-based flexibility platform.

 

News

Enfo AS sells the Energy Management business area to JEFF Electronics AB

Enfo AS has successfully sold its business area within Energy Management to the Swedish company JEFF Electronics AB. The Energy Management business area enables efficient energy use through control and optimization of energy consumption and indoor climate. The patented technology is innovative and customized to enable and assist our customers to remotely manage their electricity […]

Innovation project with Agder Energi – design of a local flexibility marketplace

The demand for electric energy varies greatly. An increasing variable and simultaneous power demand force us to either enlarge the capacity in the grid or find a smarter way of operating the load and the production in the distribution grid. Agder Energi, Microsoft and Enfo are collaborating on finding a solution to make the grid smarter. Instead of expanding […]

Agder Energi Venture acquires leading demand response company Entelios AG

Agder Energi Venture have bought 100% of the shares of Entelios AG from EnerNOC, Inc. (ENOC) in a move to position itself further in Continental Europe. Entelios AG is a leading provider of demand response in Germany. Entelios’ main business is aggregating and managing customers’ commercial and industrial loads, storage, and decentralized generation to participate […]