Buildings
- Czechia targets 500 000 total installed heat pump units by 2030. [16]
Czechia produces 73 900 GWh each year and exports 9% of their total electricity production [1]
Electricity represents 19% of the total energy mix
The Czech electricity to gas price ratio is around 3 for industry and 3.2 for households. [2]
Sources [4]
Electric Vehicles (EVs)Up to CZK 200,000 (~€8,000) for M1 passenger BEVs; up to CZK 300,000 (~€12,000) for N1/N2 commercial BEVs/FCVs. Up to 70% bank loan guarantee from National Development Bank (NRB).
Purchase of new zero-emission vehicles by companies, SMEs, and self-employed individuals (OSVČ) financed via commercial loan. Vehicle price caps apply (e.g., CZK 1.5M for M1). No direct purchase grants for private individuals.
Application submission closed at the end of 2025 upon full allocation of the CZK 1.95B budget.
CZK 15,000 – 30,000 (~€600 – €1,200) flat grant per charging point (up to 50% of eligible costs).
Installation of smart residential AC charging points (wallboxes) at single-family homes, apartment buildings, or recreational properties.
Electric Vehicles (EVs)Up to 30–50% co-financing depending on entity type and project scale. Supports commercial DC fast-charging up to CZK 150,000 (~€6,000) per charger.
Procurement of zero-emission commercial fleets, electric buses, specialized municipal vehicles, and private/public depot charging infrastructure for businesses and public transport operators.
Heat Pumps & Residential UpgradesCZK 60,000 – 140,000 (~€2,400 – €5,600) for heat pumps (up to 50% of total expenditure).
Replacement of old solid/fossil-fuel boilers or direct electric heating with high-efficiency air-to-water, water-to-water, or ground-source heat pumps in single-family and multi-apartment residential buildings.
Up to 100% pre-funded grants capped at CZK 150,000 – 180,000 (~€6,000 – €7,200).
Targeted exclusively at low-income households, seniors, and disability pension recipients replacing inefficient fossil fuel boilers with heat pumps or biomass systems.
30% to 60% intensity rate (depending on enterprise size and region); total project funding can reach tens of millions of EUR.
Electrification of industrial processes, heat pumps for industrial process heat, replacement of fossil-fuel powered boilers/furnaces, and integration of energy storage systems in large industrial or SME manufacturing facilities.
Industrial & Business ElectrificationGrant coverage ranging from 30% to 50% of eligible costs (typically CZK 500,000 to CZK 200 million per project).
Targeted at SMEs and mid-caps to replace inefficient thermal equipment, electrify heating/cooling loops, install industrial heat pumps, and upgrade internal energy distribution grids to reduce primary energy consumption.
Severe distribution-level grid bottlenecks & “ghost” capacity: the lack of low-voltage hosting capacity regularly forces grid operators to curtail renewable energy generators during peak production periods.
Critically low smart meter penetration & flexibility constraints: With smart meter adoption at just 3% of households, Czechia is among the lowest levels in the European Union.
Slow transport electrification & consumer policy gaps: Private consumer EV adoption is constrained by the absence of direct purchase grants for individuals, leaving fleet support reliant primarily on loan guarantees for businesses.
Massive heating sector decarbonisation gap: Heat pumps currently represent less than 3% of the total heating sector. Phasing out coal in heating by 2033 will require an unprecedented acceleration in retrofits and supply chain capacity to meet national targets.
While commercial, public, and residential sectors make up 54% of Czech electricity consumption, heat pumps represent less than 3% of the heating sector (~270,000 installed units). Reaching the 2030 target of 500,000 installed units will require nearly doubling current deployment, even with strong financial support
Transport represents only 3.2% of total electricity consumption. Adoption is severely behind the 2030 goal of 220,000–500,000 EVs. Progress is slowed by a lack of direct consumer purchase subsidies and low public charging availability relative to long-distance needs.
Achieving a 62%–72% reduction in industrial ETS emissions by 2030 depends on fuel switching to electric boilers, industrial heat pumps, and high-capacity process heat via the Modernisation Fund (ENERG) and OP TÁK.
Overall electricity accounts for only 19% of the total energy mix, and the power system remains heavily reliant on coal (36.3%). Meeting decarbonisation targets requires rapidly replacing coal capacity before its scheduled phase-out.
Distribution networks face massive connection queues, high volumes of dormant “ghost” capacity, and frequent curtailment of renewable generation. The bottleneck is compounded by a 3% smart meter penetration rate (among the lowest in the EU), though utility-scale battery storage is expanding toward a targeted 6 GWh by 2030.
Czechia has built strong funding frameworks (Modernisation Fund, NZÚ, OP TÁK) and clear national targets (500k heat pumps, up to 500k EVs, 62–72% industrial ETS cuts). However, policy implementation is hindered by distribution grid bottlenecks, complex permitting procedures, and limited demand-side flexibility measures.