WP HEAT & POWER
IN ORDER TO COUNTERACT THE INCREASING DEPENDENCE ON PUBLIC ELECTRICITY SUPPLIERS,
THE USE OF A COMBINED HEAT AND POWER PL ANT IS RECOMMENDED.
How can bakeries become more independent of the public electricity supply?
How can they best generate electricity on their own?
think energy.
In bakeries, more and more equipment is operated with electrical energy. The refrigeration technology used, which serves both to increase efficiency (large batch sizes, daily work) and to improve quality (long-term management), is almost exclusvely electrically operated. The demand for electricity in bakeries is continuously increasing and alternatives are being sought more and more intensively. The use of alternative energies, which are obtained via photovoltaic or wind power plants, is an obvious option and should be pushed in any case. The disadvantage, however, is the limited reliability of this electricity generation.
With combined heat and power (CHP), on the other hand, a constant, weather-independent electrical output can be called up.
COMBINED HEAT AND POWER
CHP‘s are operated with gas
based on renewable energy sources
- Wood gas . obtained from wood pyrolysis
- Biogas . obtained from biomass
based on traditional energy sources
- Natural gas
- Liquefied petroleum gas
In a combined heat and power system, mechanical energy and usable heat are generated simultaneously. The mechanical energy is usually converted directly into electricity via a generator. The resulting heat is used for heating purposes, e.g. for heating the company building, for hot water production, for operating e.g. a dishwasher or also for heating neighbouring buildings.
The advantage of CHP is the reduced fuel requirement for the simultaneous provision of electricity and heat, which greatly reduces emissions of carbon dioxide and other pollutants. The efficiency of up to 90% is significantly higher than that of normal electricity generators with approx. 30-40%.
Our sales representative will gladly answer your questions.
