and high-tech

Small stations (less 50 kW)

ENCE GmbH Engineering Company offers innovative energy-saving technologies - stations and plants for generation of electricity, heat and cooling (trigeneration) based on energy units- within the framework of complex measures aimed at enhancing economy’s energy efficiency.


ENCE GmbH Engineering Company distinguishes the following major applications of small stations based on energy units:

  • Wireless communication
  • Communication and data transfer network
  • Safety systems
  • Public heating and power generation
  • EMERCOM facilities
  • Single objects with partial seasonal availability

Energy units are reliable, noiseless, have less moving components compared to a generator, have a higher range of operating temperatures compared to a battery: -40°C to +50°C and as the result have extremely high energy efficiency. Also, operating expenses on such station are lower compared to the generator. Lower spending on energy unit is the result of just one maintenance visit per year and much higher productiveness. Finally, a energy unit is an ecologically friendly technological solution with a minimal environmental impact.

Energy unit-based power stations provide backup power source for crucial infrastructures of communication network for wireless, constant and broadband communication, support of classified communication networks, data transfer networks, such as high-speed data networks and optical fiber pathways, systems of monitoring and access control using video surveillance systems (ID card readers, devices for door closing, biometric identification devices etc), automatic fire alarm and fire extinguishing systems, elevator control system. With the power range from 250W to 15kW, they provide a number of unsurpassed innovative parameters.

Reliable, having high energy efficiency and free from toxic emissions, heat and power stations on widely available natural gas and renewable fuel sources are used on different markets, from home power generation to energy supplies to distant regions, as well as backup power sources. They are used in universal heat and power plants that combine production of power and energy, and distributed generators that produce both heat and energy for household usage. Those energy-saving systems produce heat for space and water heating and power that can be used in the household and redirected back to the grid.