Our result
Result description
NEOGRID’s Community Energy Management System (CEMS) optimizes energy consumption and reduces costs for households with heat pumps and electric vehicles. CEMS maximizes self-consumption of locally produced electricity from solar PV systems. Through intelligent management of energy assets, CEMS supports energy communities and ensures efficient operation in relation to the local electricity grid. NEOGRID CEMS can reduce CO2 emissions and promote the use of renewable energy. Pilot projects show that NEOGRID CEMS can achieve savings of around 10% on energy costs, making it an attractive solution for consumers [from previous turn].
Addressing target audiences and expressing needs
- Investor introductions
- Expanding to more markets /finding new customers
- Venture Capital
We wish to work with realestate developers, energy communities and projects that are looking at establishing formal energy communities throughout europe.
- Others/ No specific audience
- Other Actors who can help us fulfil our market potential
- Private Investors
R&D, Technology and Innovation aspects
At our current stage we’re able to control the energy assets within the established Living Lab. For further exploitation we’re actively searching for energy communities that can benefit from the community energy management system.
With the right hardware choices in the energy communities, it is possible to on-board entire communities without installing any additional hardware.
As the system is hardware agnostic, it can benefit any energy community that require control of the energy assets within the community.
On one hand the CEMS help reduce energy consumption in general, and reduce the import from the electricity grid, as self consumption within the community is prioritized.
The business model on the other hand, generate a recurreing revenue to NEOGRID for providing the CEMS infrastructure to the Energy Community.
The NEOGRID CEMS is a hardware agnostic service that run from within the energy community,
It’s capable of interfacing with various external parties (service providers, energy aggregators and more) via API.
Result submitted to Horizon Results Platform by
Aalborg University, Denmark
