Resilience and sustainability require more than adding generation; they require new ways to distribute energy where and when it’s needed. Legacy, centralized networks or the Plain Old Grid System (POGS) were built for one‑way power flows and slow change. Today, EU deregulation and the emergence of energy communities unlock something new: parallel neutral infrastructure.
Neighborhood‑level lines, storage, and Smart Micro Grids (SMG) can now be financed and deployed alongside the incumbent grid, improving reliability, cutting losses, and integrating renewables faster.
But parallel infrastructure alone doesn’t close the gap. The missing link is the market and control fabric that coordinates assets, clears transactions, and makes cash flows bankable. That’s EnergyNet. By routing local supply to local demand, pricing flexibility in real time, and automating settlement and compliance, EnergyNet converts Energy Security and Energy Affordability into a clear investment case for distribution. Capital flows where returns are predictable; with the POGS gridlock removed, community‑scale networks can scale.
The result: a distribution model where clean electrons move efficiently, outages are contained, and costs trend down, not by mandate, but by market. With EnergyNet connecting deregulation to deployable infrastructure, the green transition becomes commercially possible.
EnergyNet “Internetifies” power distribution by shifting coordination to an open, shared control layer. Using the open Energy Protocol (EP), assets become addressable and programmable, enabling digital orchestration of DERs within a Smart Micro Grid and between Smart Micro Grids. A joint digital control plane mediates exchanges with the Plain Old Grid System (POGS) or the incumbent public grid operators and their transmission/distribution systems), and no electricity is transferred until both the local EnergyNet controller and POGS consent to the transaction.
The result is a modular, vendor-neutral architecture that scales like the internet, bridges isolated micro grids with the legacy grid, and strengthens resilience while preserving compliance and market settlement.
Financing Oppertunities
City of Lund, Sweden
Size 100 MUSD investment.
Project Public Housing Company with 13 000 homes.
Size 150 MUSD investment.
Project Rental Apartments in Lund with 18 000 homes.
In summery
Size 250 MUSD investment.
Scaling EnergyNet as a city wide deployment.
Status: Scale‑up underway, leveraging validated technical and commercial PoCs from the city’s large‑scale system demonstrator to deliver a profitable commercial rollout across all apartment buildings citywide. In total about 41000 homes will be connected to EnergyNet in the deployment.
Business case: profitable based on current revenue streams (in Sweden that have the lost cost for Power in the EU and high cost for installation (work hours cost relatively high) and not with most sun either.
Ukraine, city of Stryi in Lviv Region
Size 35 MUSD investment.
Ambition: Create Proof of Concept.
Business case: Energy Security & Resilience concept and including construction of Energy Routers in Ukraine.
California, the United States.
Size 5-10 MUSD per Campus.
Focus: Innovation, by building EnergyNet in Smart Micro Grids at leading universities campus environments, the free open standard can accelerate the development of the solutions for the 21-century grid.
Type of funding for all opportunities
Real estate financing
Infrastructure funds
Coordinated neutral infrastructure