Energy Communities in Romania: Real Opportunity or Just a Concept?

1. Legal foundation: how GEO 59/2025 rewrites energy communities

The main amendments to GEO 163/2022 are:

A complete definition, aligned with RED II/RED III

The new definition requires:

• a minimum of 5 members (natural persons, SMEs, municipalities);
• effective local control;
• voluntary and open participation;
• main purpose: social, economic and environmental benefits;
• the possibility to produce, store, share and sell energy;
• integration of communities into local ecosystems (neighbourhoods, villages, industrial parks, campuses).

This is the first definition that can actually be applied in Romania.

2. Strengthened rights for prosumers and communities

GEO 59/2025 significantly strengthens Art. 21 by introducing:

✔ Prohibition of unjustified barriers

(Administrative, financial, regulatory barriers, including for tenants.)

✔ Non-discriminatory access to support schemes and the market

(Important for bankability and local participation.)

✔ Obligation for authorities to identify and remove barriers

(It turns principles into verifiable institutional obligations.)

✔ Opening the framework for energy sharing

(A key element for efficient local models.)

3. Clear governance: National Register of Energy Communities

For the first time, ANRE must create an official register, which will function as:

• a legal basis for recognition and supervision,
• a transparency tool,
• a criterion for accessing funding,
• a mechanism for monitoring compliance.

This brings predictability and professionalisation.

4. Examples from Europe: why they work and what Romania can copy

🇩🇰 Denmark – Local wind cooperative model

More than 350 wind communities ensure genuine local participation, with beneficiaries being the residents living in the area of the wind farm. Impact: high social acceptance + local investment.

🇩🇪 Germany – “Energiegenossenschaften”

With more than 1,000 energy cooperatives, Germany is the European benchmark. Models applicable in Romania:

• schools + SMEs + households,
• rural projects,
• participation in grid infrastructure.

🇪🇸 Spain – Municipal energy communities

Municipalities develop PV parks to supply public buildings and vulnerable households.

🇳🇱 Netherlands – Smart microgrids

Communities manage generation, storage and consumption via local control systems.

What we can take over:

• transparent governance,
• cooperative financing models,
• small-to-medium projects that are easy to replicate,
• integration of BESS in local projects.

5. Real scenarios for Romania (2025–2030)

Based on the current legal framework and grid constraints, the following models look most viable:

1. Urban communities in partnership with municipalities

PV on schools, parking lots and sports halls + internal distribution to public buildings and households.

2. Rural communities on non-productive land

200–500 kW PV + local BESS. Impact: lower bills + increased independence for remote areas.

3. Industrial parks with shared self-consumption

SMEs share energy infrastructure → lower OPEX, higher competitiveness.

4. Projects in university campuses / hospitals

Local generation, predictable consumption and high optimisation potential.

5. Commercial communities in mixed-use buildings

Malls + offices + residential units → the possibility to share locally generated energy.

6. What changes in business: direct market effects

1. Rising demand for small and medium projects (100–800 kW)

Fast investments, lower risk, simple implementation → 4–7 year ROI.

2. New opportunities for investors

Impact funds, green funds, social investors and municipalities can co-finance projects.

3. BESS becomes standard in any community project

Storage will be key for flexibility, maximising self-consumption and avoiding congestion.

4. Social acceptance of RES projects increases

Because the benefit becomes local, not “somewhere else”.

5. New professional services emerge

Future business lines:

• energy management for communities,
• operational administration and internal billing,
• legal advisory on governance and compliance,
• specialised EPC services,
• dedicated O&M services.

6. Local authorities become strategic partners

Municipalities will play an active role in energy, not just an administrative one.

7. The 3 biggest obstacles (and how to solve them)

1. Limited administrative capacity at municipal level

→ solution: standardised models + external advisory + training.

2. Grid constraints in urban areas

→ solution: BESS + acceleration areas + infrastructure zones (Art. 155).

3. Lack of pilot projects

→ solution: launch 10–15 model projects in 2025–2026 that can be replicated.

Final conclusion: Energy communities become a strategic pillar for Romania

GEO 59/2025 brings for the first time:

• a mature legal framework,
• real administrative mechanisms,
• clear operational rights,
• concrete obligations for authorities,
• access to support schemes and markets,
• real potential for local development.

Energy communities are no longer an abstract concept. They are becoming a strategic component of the energy transition and an opportunity for municipalities, SMEs, investors and citizens.

In the next 5–7 years, Romania can realistically reach:

• 500–1,000 operational energy communities,
• more than 300 MW installed in community models,
• a real increase in local energy independence,
• lower pressure on grids,
• higher SME competitiveness,
• accelerated BESS adoption.