


E2Tech conquista il Technical Innovation Award 2026
La nuova generazione di pompe di calore E2Tech riceve il Technical Innovation Award 2026, riconoscimento dedicato all’innovazione tecnologica del settore.
Tecnologia progettata e realizzata in Trentino
Ricerca, progettazione e competenze italiane danno vita a pompe di calore sviluppate e realizzate in Trentino.
Prestazioni elevate, progettazione evoluta
Tecnologia, ricerca e competenza E2Tech per sviluppare pompe di calore progettate per offrire elevati livelli di efficienza e prestazioni, con particolare attenzione all’affidabilità.







About Us
E2Tech: Innovation Made in Italy
E2Tech is an Italian company specializing in the development and manufacture of technological solutions for heating and air conditioning.
Located in Borgo Chiese (TN), E2Tech is part of the Eneretica Group and invests in research, development, and technological innovation.
After five years of development, and with support for research and development activities provided under Provincial Law 6/1999 of the Autonomous Province of Trento, E2Tech has created a new heat pump designed to deliver high levels of energy efficiency and performance through advanced technological solutions.
Designed to meet the technical and performance requirements of the European market—with a particular focus on the German market—the E2Tech heat pump is engineered to deliver high levels of reliability and energy efficiency.
The Philosophy
Technology, Efficiency, and Innovation
E2Tech develops advanced technological solutions for heating and air conditioning, with a particular focus on energy efficiency and performance.
E2Tech heat pumps are designed to deliver high performance and energy efficiency.
Production and Quality Control
Advanced manufacturing technologies and specialized quality control measures help ensure the quality and performance of the units produced.
Energy Efficiency
Heat pumps designed to achieve high levels of energy efficiency and help reduce energy consumption, depending on the system's specifications and operating conditions.
Recovery, Regeneration, and Life Cycle
Recovery and regeneration activities aimed at promoting the reuse of products and extending their useful life, where possible.
The Benefits
Why choose the E2Tech heat pump?
E2Tech heat pumps are designed to offer reliability, efficiency, and versatility, meeting a variety of system requirements.
The technology developed by E2Tech makes it possible to achieve high levels of energy efficiency and to integrate heat pumps into a variety of installation settings.
E2Tech heat pumps are designed to deliver high energy efficiency and flexibility for integration into various system configurations.
- High COP for energy efficiency
- Supply temperatures up to 65°C
- Can also be integrated into existing systems and systems with radiators, subject to verification of the system's specifications
The design of E2Tech heat pumps places particular emphasis on noise reduction and installation flexibility.
- 7-blade fan and soundproofed compressor designed to minimize noise
- Low sound power, with values listed in the technical specifications for each model
- Compact design intended to facilitate integration into various installation settings
E2Tech heat pumps incorporate solutions designed to ensure system protection and operational continuity under normal operating conditions.
- Emergency power supply to ensure continued operation even in the event of a power outage
- Advanced anti-icing system without additional electric heating elements
- Can be installed in a cascade configuration and integrated into hybrid systems
Scientific Publications
Innovation and Research for Energy Efficiency
E2Tech conducts research and development in the field of heat pumps, with a particular focus on performance and energy efficiency. Two scientific publications present the results of research aimed at improving heat pump systems.
- Optimization of Heat Exchangers: A study of plasma treatments applied to heat exchangers to limit frost formation, analyze their effects on heat transfer efficiency, and extend—under the conditions considered—the operating time between defrost cycles.
- New refrigeration system configuration: development of a design solution aimed at improving the system’s efficiency, reducing the frequency of defrost cycles, and improving the management of R290 (propane) refrigerant, with performance analyzed even at low outdoor temperatures.