Combined Heat and Power Units

Get involved in the energy transition!

A-TRON combined heat and power units protect not only the environment but also your finances.

Discover the latest generation of A-TRON CHP systems, now in serial production, setting new standards with efficiency rates of up to 100%. Our decentralized systems for generating electricity, heat, and optional cooling directly on-site minimize energy losses and reduce pollutant emissions by up to 70% compared to traditional heating systems. Furthermore, you can benefit from attractive government grants for combined heat and power units, which not only shorten the payback period of your investment but also enable double savings – both financially and environmentally.

The Helios CHP series stands out for its versatility, user-friendliness, and exceptional efficiency. A highlight is the hydrogen compatibility of our units, guaranteeing a future-proof and flexible energy supply. This hydrogen capability makes the Helios units an ideal choice for future-oriented energy generation and underscores our commitment to sustainable energy solutions.

Our commitment to continuous innovation drives us to continually develop and improve our CHP technology so that we can offer you the most advanced solutions on the market.

Blockheizkraftwerke Helios A-TRON BHKW
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Learn more about the benefits of our combined heat and power units and their contribution to energy efficiency and sustainability.

Key Data of Our Combined Heat and Power Units

Blockheizkraftwerke Konstruktion

How our Combined Heat and Power (CHP) Units work

Our combined heat and power (CHP) units efficiently utilize the principle of combined heat and power (CHP) and operate in particularly quiet housings with a minimal footprint. The core components, such as an industrial gas engine specifically optimized for A-TRON and a water-cooled asynchronous generator with integrated bearing lubrication, ensure reliable and efficient performance. Additionally, the usable heat is efficiently recovered using a heat exchanger, a GUS exhaust gas heat exchanger, and a GUS condensing heat exchanger, and can be used for heating purposes up to a maximum supply temperature of 95°C.

The electricity produced by the generator can either be used directly for on-site consumption in the building or fed into the public power grid as surplus. Our CHP units can be intuitively operated via the built-in touch panel with a graphic display and can also be controlled remotely from any PC, tablet, or smartphone using the remote monitoring system.

Construction of Our Efficient Combined Heat and Power Units

The design of our combined heat and power (CHP) units is characterized by a thoughtful combination of high-performance components, including a motor, a generator, various heat exchangers, and an advanced control system. These core components are complemented by an efficient hydraulic system and a precise gas control system, which together maximize the efficiency of our units.

Our carefully optimized industrial gas engines are specifically designed for use with natural gas as well as biogas and sewage gas, offering the flexibility to use hydrogen as a fuel in the future. This hydrogen capability makes our CHP units a future-proof choice for sustainable energy supply. A special feature is the fully automatic oil change function, which minimizes maintenance times and increases the user-friendliness of our systems.

Additionally, our CHP units are equipped with a three-way catalyst for effective emission control and an internal exhaust silencer to reduce noise levels and ensure environmentally friendly operation.

Rethinking Efficiency...

...the Helios units now in series production!

Rethinking Efficiency...

...the Helios units now in series production!

Blockheizkraftwerke Helios A-TRON BHKW

Combined Heat and Power Units from A-TRON

The Helios Units

Available in 16 Eco-Friendly Variants

CHP Helios EG20

Natural Gas
  • Electrical output 5 - 20 kW
  • Thermal output 18 - 44,4 kW
  • Overall efficiency 102,2 %

CHP Helios EG20 eco

Natural Gas
  • Electrical output 5 - 20 kW
  • Thermal output 20 - 48 kW
  • Overall efficiency 107,7 %

CHP Helios EG25

Natural Gas
  • Electrical output 5 - 25 kW
  • Thermal output 18 - 50,3 kW
  • Overall efficiency 99,7 %

CHP Helios EG25 eco

Natural Gas
  • Electrical output 5 - 25 kW
  • Thermal output 20 - 55 kW
  • Overall efficiency 105,9 %

CHP Helios EG50

Natural Gas
  • Electrical output 10 - 50 kW
  • Thermal output 55 - 101 kW
  • Overall efficiency 102 %

CHP Helios EG50 eco

Natural Gas
  • Electrical output 10 - 50 kW
  • Thermal output 62 - 109,5 kW
  • Overall efficiency 106,2 %

CHP Helios FG20

LPG
  • Electrical output 5 - 20 kW
  • Thermal output 18 - 44.6 kW
  • Overall efficiency 102.2%

CHP Helios FG20 eco

LPG
  • Electrical output 5 - 20 kW
  • Thermal output 20 - 48 kW
  • Overall efficiency 107,7 %

CHP Helios FG25

LPG
  • Electrical output 5 - 25 kW
  • Thermal output 18 - 50,3 kW
  • Overall efficiency 99,7 %

CHP Helios FG25 eco

LPG
  • Electrical output 5 - 25 kW
  • Thermal output 20 - 55 kW
  • Overall efficiency 105,9 %

CHP Helios FG50

LPG
  • Electrical output 10 - 50 kW
  • Thermal output 55 - 101 kW
  • Overall efficiency 102 %

CHP Helios FG50 eco

LPG
  • Electrical output 10 - 50 kW
  • Thermal output 62 - 109,5 kW
  • Overall efficiency 106,2 %

CHP Helios BG20

Biogas
  • Electrical output 5 - 20 kW
  • Thermal output 17,4 - 43 kW
  • Overall efficiency 105 %

CHP Helios BG20 eco

Biogas
  • Electrical output 5 - 20 kW
  • Thermal output 19,3 - 46,3 kW
  • Overall efficiency 110,5 %

CHP Helios BG50

Biogas
  • Electrical output 10 - 50 kW
  • Thermal output 53,1 - 97,4 kW
  • Overall efficiency 103,4 %

CHP Helios BG50 eco

Biogas
  • Electrical output 10 - 50 kW
  • Thermal output 59,8 - 105,7 kW
  • Overall efficiency 109,2 %

Promoting Environmental and Climate Protection through Decentralized Energy Generation with Combined Heat and Power Units

Traditional electricity generation in large power plants, especially in coal-fired power plants, is often inefficient: A large portion of the generated waste heat is not utilized and instead released into the atmosphere, with efficiency rates rarely exceeding 50%. Moreover, these power plants burden the environment with a variety of pollutants, including carbon dioxide, sulfur dioxide, carbon monoxide, nitrogen oxides, and mercury.

A major drawback of centralized energy production is the distance between the energy source and the consumer, which leads to significant grid losses. In contrast, decentralized energy solutions like combined heat and power (CHP) units provide both heat and electricity directly on-site. These systems achieve impressive efficiency rates of up to 100% and minimize grid losses by generating energy where it is needed.

Decentralized CHP units increasingly replace electricity from fossil fuels and significantly contribute to the reduction of pollutant emissions. They optimally use the generated electricity and heat, thereby preventing unnecessary energy losses. Excess electricity can also be fed into the public grid and compensated, making CHP units an economically advantageous and environmentally friendly energy source.

Earn cash with combined heat and power!

Become independent of your energy supplier with a cogeneration plant from A-TRON and reduce your energy costs for heating and electricity. You can also feed excess electricity into the power grid and benefit from additional income. Feel free to use our calculator to determine your personal savings potential.

Diverse Applications of our Combined Heat and Power Units

From commercial and industrial enterprises to hospitals and nursing homes, and even swimming pools, hotels, and residential properties – our CHP units offer a wide range of efficient solutions for decentralized energy supply. Diverse customer groups benefit from significant energy cost reductions through the combined generation of heat and power.

Our gas-powered combined heat and power units from the A-TRON series represent top quality and meet nearly every need with a variety of models and performance classes. Thanks to our continuous innovations and commitment to sustainability, our units are not only economical but also an excellent ecological choice for a wide range of applications.

Hotels & Restaurants

Find out more about the possible applications in hotels and restaurants.
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Care facility

Find out more about the possible applications in senior residences and care facilities.
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Residential complexes

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Industry

Find out more about the possible applications in industrial buildings.
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Other industries

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Contact information

Monday – Thursday: 08:00 a.m. – 04:30 p.m.
Friday: 08:00 a.m. – 02:00 p.m.

Address

Otto-Lilienthal-Str. 14, D-31535 Neustadt a. Rbge.

Phone

+49 (0) 5032 - 91294 - 0

Fax

+49 (0) 5032 - 91294 - 29

E-Mail

info@a-tron.de

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