CW1800-500

Here is a headline

Technical data

Electrical power400 kW
Thermal output 90 °C 572 kW
Thermal output ~50 °C1)227 kW
Fuel heat output1,429 kW
Fuel requirement (dry)1)286 kg/h
Specific fuel requirement (dry) 0.71 kg/kWh el
Premium charcoal3.5 m³/day
Space requirement gas generator2)approx. 120 m²
Space requirement gas engine2)approx. 55 m²
Fuel qualityt 3) Wood chips; G50, W50, with fines and bark

1) with low-temperature use option package; temperature is subject to seasonal fluctuations
2) Customization possible
3) <W10 vor Eingang Gaserzeuger; durch Optionspaket Trocknung sichergestellt

Generate energy and Minus-CO2 now

We support you in the realization of your projects. Together for a climate-positive future.

Sustainable wood energy production
Green Carbon for industry and commerce
Patented SYNCRAFT® technology

Output

Our Reversepowerplants generate the following outputs

Electricity

Our systems generate renewable energy - efficiently and cleanly. We generate 0.3 kW of green electricity from 1 kW of fuel.

Heat

We develop individual heat utilization concepts according to customer requirements. We generate up to 0.62 kW of green heat from 1 kW of fuel.

Green Gas

Our Reversepowerplants reliably and flexibly supply Green Gas for direct applications in industry and commerce.

Green Carbon

In addition to electricity and heat, our plants produce green carbon as a further product. This allows us to permanently remove CO2 from the atmosphere.

Minus-CO2

If Green Carbon is fed into a permanent sink, CO2-Certificates can be generated and emissions offset.

Do you have any questions?

Service

Utilization of low-temperature heat

A heat pump can be offered as an option to utilize the low-temperature heat generated. Depending on the version, up to 140 kW is available at a water temperature of 55°C. This temperature level is ideal for drying the biomass used or for boosting the return flow of a heating network.

Contact Syncraft experts

Service

Complete trade integration

As a general contractor, we can of course also supply our customers with related services such as drying, bunkers and biomass feed systems on request. Please contact us for further information.

Contact Syncraft experts

Generate energy and Minus-CO2 now

We support you in the realization of your projects. Together for a climate-positive future.

Sustainable wood energy production
Green Carbon for industry and commerce
Patented SYNCRAFT® technology

References

View all references

CW1800x2-1000 WAHLSTEDT / DE

HanseWerk Natur, known in northern Germany as a regional heating supplier and energy service provider, inaugurated a new Reversepowerplant in Wahlstedt, Schleswig Holstein, at the end of May 2024. With this pioneering project, the company is increasing the proportion of regional renewable energy in the district heating network and taking another step towards decarbonizing its electricity and heat generation.

2xCW1800-500 PERG / AT

Together with NAWARO ENERGIE, we developed the largest Reversepowerplant in Austria to date, which went into operation for the first time in 2023. It has a total output of 1,000 kW of electrical energy and 1,540 kW of thermal energy. The thermal energy is used for the base load supply of the local heating network, while the electrical energy is fed into the local power grid to supply around 2,000 households.

CW1200-400 TERNITZ / AT

Construction of the CW1200-400 wood-fired power plant in Ternitz at KWS Ökokraft GmbH in Lower Austria began in September 2019. Despite the coronavirus pandemic and the associated short-term construction stop, the schedule was almost completely adhered to thanks to the successful cooperation with the customer, the local companies and the full commitment of our dedicated team. The plant was completed and put into operation in July 2020.

CW1800x2-1000 LAAS / IT

Construction of the CW1800x2-1000 backwards power plant in Lasa began in April 2018. The plant was completed and ready for operation just five months later. Since then, the power plant has been successfully serving the district heating network of the Laaser-Eyrser Energie Genossenschaft (LEEG). The special task was to replace an existing gasification system and integrate the new system into the existing biomass cogeneration plant and the existing heating network. As the building in which the power plant was to be located had already been built, the small installation area posed a challenge that had to be overcome.

View all references