Buildings
- 25.71% RES heating/cooling share by 2030; heat pump water heater grants. [19]
Malta produces 2344 GWh of electricity per year
Malta imports 23% of their electricity consumption [1]
Malta is 40% electrified making it the more electrified country in the EU.
Malta does not have a network of gas pipelines.
Malta does not track its electricity to gas price ratio.



Solar Photovoltaics (PV) & Storage
Electric Vehicles (Light-Duty)
EV Charging & Fleet TransformationMalta presents a unique electrification profile defined by its island setting, high overall electrification rate (40%), and heavy dependency on natural gas for power generation (86%), supplemented by solar PV (13%) and net imports via a subsea interconnector (23%).
National grid operator Enemalta faces acute seasonal thermal stress, as intense summer heatwaves coincide with surging cooling demand and high solar PV input. While high smart meter deployment (>95%) provides strong digital monitoring capabilities, grid stability remains vulnerable due to a complete absence of utility-scale battery storage.
The building sector is the primary consumer of electricity,. While space heating demands are limited by Malta’s Mediterranean climate, summer cooling and water heating dominate consumption. Electrification is slowed by high building density, spatial roof constraints for solar integration, and high upfront investment requirements for deep structural retrofits.
Transport accounts for a minimal share of total electricity consumption, and while light-duty EV adoption is supported by Transport Malta grants (up to €11,000), the total fleet of 10,310 electric cars remains far below the national milestone of 65,000 EVs by 2030. Heavy commercial transport remains virtually un-electrified with only 4 electric trucks nationwide.
In industry demand is concentrated in light manufacturing. Although Malta Enterprise offers investment aid covering 30%-50% of energy efficiency costs, the sector lacks a formal national electrification target, leaving process fuel-switching dependent on voluntary business incentives.
Buildings represent 79.6% of total electricity consumption (42.6% commercial, 37% residential). While domestic heat pump water heater grants and insulation schemes exist, meeting the 25.71% renewable heating/cooling target faces obstacles from high summer cooling loads and urban building density.
Electricity use in transport is exceptionally low (0.7%). Despite generous purchase grants (up to €11,000), current EV numbers (10,310 cars) are at roughly 16% of the 65,000 target for 2030, and heavy freight electrification has barely begun (4 electric trucks).
Industry accounts for 18% of electricity consumption, concentrated in specialized light manufacturing (computer/electronics 20.2%, food 11.4%). Malta Enterprise support schemes (30%–50% investment aid) provide a steady framework for efficiency, even in the absence of a dedicated sectoral electrification target.
High reliance on fossil gas (86%) and imported power (23%) means direct electrification currently shifts end-use demand to gas-fired generation, keeping the primary energy mix exposed to external fossil price shocks and single-interconnector risks.
Severe distribution pressure during summer heatwaves is being proactively addressed. Early mass rollout of smart meters (>95%), an upcoming 40 MW / 84 MWh utility battery deployment, and plans for a 2nd interconnector with Sicily provide a clear technical roadmap to resolve local bottlenecks.
Highly targeted support schemes exist for key sectors—including REWS grants for solar PV, battery storage, and heat pump water heaters, alongside Transport Malta EV subsidies and Malta Enterprise industrial aid aligned with national goals.