Buildings
- The draft updated NECP sets a target of 47% renewable energy in heating and cooling for buildings by 2030, supported by national initiatives to replace fossil-fuel boilers with heat pumps and fund deep energy renovations [21]



Heat Pumps & Residential Heating50%–60% direct CAPEX grants up to €7,440 for heat pumps (air-to-water, geothermal) and up to €1,040 for solar thermal water heaters.
Income-tiered support; highest rates reserved for lower-income households and cold climate zones (e.g., Kozani, Florina, Kastoria).
30% grant on net retail price up to €9,000 for private BEVs, plus €2,000 optional old vehicle scrappage bonus and €500 for smart home chargers (up to €11,500 total).
Additional €1,000 bonus for young buyers (≤29), large families, and persons with disabilities. Taxis get up to €17,500; corporate fleets up to €8,000/vehicle (+€4,000 for Greek islands). Exempt from registration and circulation taxes.
Rooftop Solar & Home BESSGrants covering 45%–75% of rooftop solar PV costs, paired with 90%–100% CAPEX support for residential battery storage (~€890/kWh).
Operates under the Net Billing framework. Requires mandatory battery pairing for household systems; max total grant of €16,000.
Utility-Scale StorageDual-support model: Investment grants of €100,000–€200,000/MW (covering ~40%–50% of CAPEX) + 10-year two-way CfDs for annual operational support.
Total budget of €341M backing 900 MW of standalone BESS assets across three competitive state tenders.
Direct investment grants and soft loans for energy efficiency, electrification of thermal processes, and fuel-switching.
Tiered based on enterprise size and projected carbon reduction metrics under EU State Aid guidelines.
Rapid expansion of wind and solar power has outpaced local transmission and distribution capacity, creating severe grid bottlenecks. Peak daylight oversupply causes heavy renewable curtailments and drives zero or negative spot market prices, while tens of gigawatts of new clean energy projects remain stuck in grid connection queues.
Industrial electricity demand is heavily concentrated in energy-intensive sub-sectors. Transitioning thermal processes to electric arc furnaces or green hydrogen requires massive up-front capital investment, but progress is hampered by the total absence of national sub-sector electrification targets, high spot-market price volatility linked to natural gas, and a reliance on generic RRF soft loans.
Transport is the least electrified sector in Greece. With just ~33,000 passenger EVs on the road, adoption lags severely behind the 2030 target of a 30% share in new car sales. Commercial heavy freight and public transit face high vehicle procurement costs, a scarce network of highway fast-chargers, and grid capacity bottlenecks in urban depots.
Accounts for 70.1% of power demand with ~362,000 heat pumps installed, backed by strong “Exoikonomo” CAPEX grants (up to 60%) and a clear 2030 NECP target of 47% renewable heating and cooling.
Represents a negligible 0.4% of electricity consumption, hampered by slow EV adoption, high vehicle costs, and insufficient fast-charging infrastructure relative to the 2030 goal of 30% new EV sales.
High baseline demand (24.9% of electricity use) in basic metals and cement, but lacks sub-sector electrification mandates, targeted de-risking instruments, and dedicated capital grant frameworks for thermal process switching.
Strong renewable expansion (39.3% wind and solar PV), but lingering high dependency on natural gas (37.4%) and oil (8.5%) keeps electricity prices volatile and exposed to international fossil markets.
Severe local congestion, heavy renewable curtailments, and low residential smart meter endpoint penetration (20%–22%) restrict demand-side flexibility, requiring urgent commissioning of the 4.7 GW BESS pipeline.
Clear National Climate Law targets, generous RRF-backed support schemes for residential heating and EVs (“Kinoumai Elektrika 3”), and structured utility storage tender frameworks.