Cogeneration
A DETAILED ENERGY DIAGNOSIS
Sinersys realizes ad hoc systems based on customer's consumption needs, aiming at the best balance between energy efficiency and financial costs, through a rigorous process:
- preliminary energy studies and feasibility
- design and specific consultancy
- estimate of shunned costs
- installation of cogeneration plants
- maintenance of installations
- tests and assistance practices
ENVIRONMENT FRIENDLY SOLUTIONS
COGENERATION
An engine running with a low cost fuel (methane, gpl or biomass gas) is used to produce electricity and the process generates heat.
Cogeneration allows to avoid heat dispersion, uses the heat to produce thermal energy that can be used for both heating and cooling.
The heat recovery may lead to cost reduction at an extent which varies from 35 to 50%, depending on the production cycle specifications.
FOR EXAMPLE: COGENERATION SYSTEMS THAT USE NATURAL GAS AS MAIN FUEL ALLOW TO USE UP TO 85% OF ITS ENERGY
FOUR SOLUTIONS TO MEET ANY NEED
Sinersys files 4 different types of cogeneration plants, regarding user needs:
- Cogeneration, type 1
From a cheap fuel one can obtain contemporary production of both electric and heat energy, in a fixed ratio that represents the optimal performance. - Cogeneration, type 2
In addition to the previous, type 2 can unbalance the production into one or other power, with a ratio up to 50%, depending on the customer's requirements.
USERS CLASS FOR COGENERATION TYPE 1 AND 2:
MEDIUM TO LARGE FACTORIES, HOSPITALS AND RETIREMENTS HOSTELT, HOTELS, CONDOS, CITIES (DISTRICT HEATING, POOLS AND SPORTS CENTERS, STREET LIGHTS AND SO ON). - Cogeneration, type 3
This type uses biomasses as the primary combustible
Micro-cogeneration
Contemporary production of electricity and heat for small users.
USERS CLASS FOR COGENERATION FOR TYPE 3:
INDUSTRIAL AND RURAL CORPORATES THAT ARE USUALLY KEEN TO PRODUCE LARGE QUANTITIES OF ORGANIC WASTE (WOOD, FOOD OR FARM LEFT OVERS).