Focus Energy efficiency

15.07.2026

Italy moves toward energy efficiency goals: PNIEC at 85%

Italy achieves 85% of its energy efficiency target (PNIEC) thanks to savings of over 5 Mtoe between 2021 and 2025, with positive effects on consumption, costs, and sustainability.

Italy has achieved 85% of the intermediate energy efficiency target set by the Integrated National Energy and Climate Plan (PNIEC), marking a significant step in the national energy transition. Between 2021 and 2025, the implemented measures generated savings of over 5 million tons of oil equivalent (Mtoe). This result confirms the importance of incentive tools and efficiency policies in reducing energy consumption, cutting emissions, and consolidating a widespread culture of sustainability.

Energy efficiency is no longer a niche topic: it now represents a strategic lever for industrial competitiveness, reducing operating costs, and increasing the resilience of energy systems, with tangible impacts on families, businesses, and the local community.

 

Main tools and interventions

The progress achieved is the result of a combination of legislative instruments and targeted economic incentives. Among the main measures that have contributed to savings :

  • White Certificates : they incentivize projects to improve energy efficiency in end uses, supporting both businesses and public bodies;
  • Thermal Account : promotes interventions on public and private buildings, including the installation of heat pumps and high-efficiency systems;
  • Tax deductions : incentives for work on residential buildings, from replacing obsolete systems to thermal insulation;
  • Targeted industrial interventions : optimization of production processes and replacement of energy-intensive machinery with high-efficiency solutions;
  • Digital technologies and smart buildings : intelligent monitoring and consumption management systems to reduce waste and optimize energy use.

These initiatives have generated synergistic effects across different sectors, demonstrating that energy efficiency can be an integrated and cross-sector strategy, capable of truly impacting consumption and operating costs.

 

Challenges and prospects for 2030

Although 85% of the target has already been achieved, the road to 2030 still presents significant challenges . It will be necessary to:

  • Strengthen and stabilize incentives to ensure continuity of investment by families and businesses;
  • Extend the measures to energy-intensive sectors that are still poorly covered , such as transport and complex industrial supply chains;
  • Leverage digital technologies and intelligent systems to monitor consumption in real time and identify further efficiency margins;
  • Promote training and specialized skills , particularly in the HVAC and construction sectors, to support targeted interventions and optimize system performance.

The success of the PNIEC depends not only on incentives, but also on the ability of operators to apply integrated technologies and strategies to maximize energy benefits.

 

Energy efficiency as a strategic lever

Achieving 85% of the NECP target highlights how energy efficiency has become a central priority of Italian energy policy. The savings achieved not only reduce bills and emissions, but also generate cross-cutting benefits: greater industrial competitiveness, technological innovation, energy system resilience, and greater security for families and communities.

Energy efficiency thus confirms itself as a fundamental tool for a sustainable and integrated energy transition, capable of combining consumption reduction, decarbonization, and economic development.

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FAQ

Italy aims to reduce final and primary energy consumption through efficiency measures, electrification of consumption, and the integration of renewable sources, as envisaged in the National Energy and Climate Plan (PNEC). Reaching 85% means optimizing energy use in buildings, industry, and transportation, improving sustainability, energy security, and reducing CO₂ emissions.

Residential and commercial buildings, industry, HVAC, heat pumps, and transportation are the primary areas of intervention. Interventions on the building envelope, terminals, air conditioning systems, intelligent control, and integration with renewables enable significant savings in consumption and support the decarbonization of production processes and thermal comfort.

Energy audits, retrofits of HVAC systems, heat pumps, thermal and electrical storage systems, modulating control, photovoltaic systems, and digital load management systems allow for optimized consumption and performance. Integrated building-system design is essential for meeting efficiency targets and reducing energy waste.