We are the distributors for the newest and the most innovative products. The proof is in the reported fuel consumption (160 gram per kW electrical power or 1,612 kW natural Gas per kW electrical power) of our CHP Plants "Made in Germany"!
With our strong partners, we are unbeatable on the CHP plant market.
In the areas of fuel, electricity and heat production, we are working with the technologies of the future!
See for yourself!
You profit from our experience and our innovations!
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Introduction
Combined Heat and Power Plant
Today reliably predicting electricity generation costs is impossible due to constantly rising fuel prices. The fuel prices are unpredictable due to speculation and global conflict. We are offering you a chance to use locally produced sources of energy from renewable/recycled products that are environmentally safe. Our systems not only work, they are independent of the global market and your use of them is worthy of advertising the fact. With our systems, your annual costs of production can be reliably estimated well into the future.
These fuels are both non-renewable and renewable/recycled, such as vegetable oil, bio-diesel or bio-gas. The investment in a combined heat and power plant is aimed at offsetting the costs of fuel by selling the excess electricity to the local grid and the difference in the costs of self-generating your own electricity below the current costs of buying it off the grid.
A combined heat & power plant (CHP plant) is a modular system for generating electrical energy and heat. The economic and ecological idea of the heat-run generator is that the heat is generated as completely as possible using the current site. Unused electricity is fed into the grid and the power company buys it from you.
Working with us is a responsible approach to producing power and reducing the greenhouse effect. The use of this technology is often well reported in the local and international press. Our group is working with the latest technologies: the technology of the future.
Technical documentation
Combined heat and power plant 150 kW - Bio - Oil with PES II
Fuel:
Vegetable oil for RK-quality standard (05/2000) or DIN V51605, flushing oil as fuel, according to the rules of the EEG.
Operation: Grid parallel operation
Electrical power: 150 kW (exhaust gas guided load circuit)
Thermal power: 155 kW
Fuel consumption: Approximately 160 g / kW electrical power.
This module is completely piped and wired internally. Only the secondary ports for fuel, Cooling air, exhaust gas, electricity, heating must be fabricated.
Motor data:
Engine: Iveco, turbo charger with intercooler, 6-cylinder in-line.
Capacity: 9.36 liter
Power: 241 kW at 1500 rpm.
Lubricating oil consumption:
a maximum of 0,1% of fuel consumption, engine oil capacity 35 liter.
Cooling air flow rate: Is at least 20,000 m³ / h
-
single cylinder, and an LCD display that shows the overall temperature, with sensors for coolant level, oil pressure, temperature, etc.
-
with monitoring and power control for protection against overheating due to exhaust gas temperature
Note on the engine:
We have made major changes to enable reliable operation with vegetable oil.
Generator data:
Synchronous generator, 2 -bearing design, self-exciting, self-regulating, brushless and forced cooling.
Manufacturer: Leroy Somer.
The Maximum rating of the generator based on 250 kVA/200 kW
Real power PnE: 150 kW
Apparent Power SnE: 187.5 kVA
Generator Rated voltage InG: 217 A
cos phi: 1.0
Short circuit current: 651 A
Short circuit strength of the overall system: 40 kA
Frequency: 50 Hz
Generator Rated voltage UnG: 231/400 volts
Switching system:
- Control system for parallel operation with LCD text display and keypad, with a fault and power on display
- Power switch 4 - pin cable connections on the left below
- Microprocessor-controlled SPS as required VDE 0100 with all monitoring and control functions for parallel operation
- Complete documentation with circuit diagrams
- Prepared for remote start option
- Control design with function for controlling an on-site emergency power switch
Emergency power: 250 kVA
Construction:
- Rigid base frame made of steel sections. Motor and generator directly coupled with clutch.
- Drive unit mounted on vibration dampers.
- Vegetable oil pump with switchover unit and pressure control unit.
- Exhaust gas heat exchanger as a tube bundle exchanger in stainless steel with openings for cleaning, safety valve and Bypass line with automatic changeover valve for power level control to provide thermal insulation and Exhaust back pressure monitoring for motor protection.
- Highly effective exhaust silencer in combination with heat insulation construction
- Emergency cooling system installed at the CHP plant.
- Coolant plate heat exchanger for the separation of cooling and heating water in stainless steel.
- Hand pump for engine oil change, oil pan beneath drive unit.
Module data:
Total heat, power: 379 kW
Electric efficiency: 42.20%
Thermal efficiency: 40.80%
Total efficiency: 83.00%
1.03 Current ratio = electric efficiency / thermal efficiency
Exhaust emissions, about
Nitrogen oxides (NOx): 2.7 g / m³
Carbon monoxide (CO): 0.14 g / m³
Total dust (C): 8.6 mg / m³
Total carbon: 7.0 mg / m³
Exhaust gas flow rate: 430 m³ wet / h, 390 m³ / h dry
Optional oxidation catalyst: AIR - SONIC AS O 240x90/1-200
Tolerance of the performance and quantities: fuel + / - 7%, thermal power + / - 15%
1. Regulatory machinery accessories
1.1. 1 pc. packaged additional monitoring devices with alarm for the following functions:
- Engine oil temperature
- Room temperature
- Charge air temperature
1.2. 1 pc. An electric pump for engine oil change
1.3. 1 pc. Oil tank, with an inspection glass for oil level monitoring.
1.4. 1 pc. heat demand operation
1.5. 1 pc. A data visualization via modem / Internet
1.6. 1 pc. An interference to analog converter / ISDN or mobile (1x collective fault signal)
1.7. 1 pc. A fully automatic gas heat exchanger cleaning
1.8. 1 pc. Rapeseed oil operation
2. Airflow/sound insulation scenes
2.1. 1 pc. Scenes silencer exhaust system
3. Tank Systems / Accessories
3.1. 1 pc. Fuel tank 50,000 liter.
3.2. 1 pc. Tank heating and tank insulation
3.3. 1 pc. Piston Ring oil meter.
3.4. 1 pc. The oil pipes, with heating, up to 3 meters in length.
4. Exhaust system / catalyst
4.1. 1 pc. A stainless steel exhaust system up to 6 meters in length
4.2. 1 pc. Oxi-catalyst 150 kW
5. Hydraulic switcher:
5.1. 1 pc. Hydraulic switcher
6. Module soundproofing enclosure
6.1. 1 pc. A modular system for noise control in a 40 foot container, CHP plant installed.
Combined heat and power plant - Bio - Gas 150 kW
CHP plant Bio-Gas 150 kW electric power and 180 kW thermal power
Performance description: Container constructed with sound insulation
Operation:
A grid parallel operation
Electrical power: 150 kW
Thermal output: 180 kW
Available Engines: Deutz, Scania, MAN, Volvo, depending on the delivery of the manufacturer.
Generator data: Manufacturer: Leroy Somer
Switching system:
The control system is for grid parallel operation is installed at the CHP plant.
LCD text display and keypad, with a fault and power on display including remote monitoring module.
Control design with function for controlling an on-site emergency power switch
Dimensions, weight: Length: 12,192 mm | Height: 2,591 mm | Width: 2,438 mm Weight: 12.8 t
Ventilation: Ventilation system with heat exchanger
Exhaust system: Exhaust system with catalytic converter
Price: Upon request.
The following services are not included
- Delivery to destination.
- Installation and assembly.
- Connection to the existing electricity supply thermal power grid.
- The transformer station for the power supply.
Delivery time:
4 - 10 weeks, depending on demand.
All prices are net prices
Price and Tariff changes are subject to change and as such the seller reserves the right to change the price prior to the signing of the contract.
Combined heat and power plant 360 kW - Bio - Oil with PES II
Fuel:
Vegetable oil for RK-quality standard (05/2000) or DIN V51605, flushing oil as fuel, according to the rules of the EEG
Operation: Grid parallel operation
Electrical power: 360 kW (exhaust gas guided load circuit)
Thermal power: 380 kW
Fuel consumption:
Is approximately 160 g / kW electrical power
This module is completely piped and wired internally. Only the secondary ports for fuel, Cooling air, exhaust gas, electricity, heating must be fabricated.
Motor data:
Engine: Volvo; type: TAD 1641 GE, turbo charger with intercooler, 6 - cylinder in-line
Capacity: 16.12 liter
Power: 430 kW at 1500 rpm.
Lubricating oil consumption: Is a maximum of 0.1% of fuel consumption, engine oil capacity 48 liter
Cooling air flow rate: Is at least 35,000 m³ / h
-
single cylinder, and an LCD display that shows the overall temperature, with sensors for coolant level, oil pressure, temperature, etc.
-
with monitoring and power control for protection against overheating due to exhaust gas temperature
Note on the engine:
We have made major changes to enable reliable operation with vegetable oil.
Generator data:
Synchronous generator, 2 - bearing design, self-regulating, brushless, and forced cooling
Manufacturer: Leroy Somer
The Maximum rating of the generator based on 500 kVA/400 kW
Real power PnE: 360 kW
Apparent Power SnE: 412.5 kVA
Generator Rated voltage InG: 478 A
cos phi: 1.0
Short circuit current: 1434 A
Short circuit strength of the overall system: 40 kA
Frequency: 50 Hz
Generator rated voltage UnG: 231/400 volts
Switching system:
- control system for grid parallel operation with LCD text display and keypad, with a fault and power on display,
- Power switch 4 - pin cable connections on the left below.
- Microprocessor-controlled SPS as required VDE 0100 with all monitoring and control functions for grid parallel operation.
- Complete documentation with circuit diagrams.
- Prepared for a remote start option.
- Control design with function for controlling an on-site emergency power switch.
Emergency power: 500 kVA
Construction:
- Rigid base frame made of steel sections. The motor and generator are directly coupled with clutch.
- Drive unit mounted on vibration dampers.
- A vegetable oil pump with switchover unit and pressure control unit.
- Exhaust gas heat exchanger as a tube bundle exchanger in stainless steel with openings for cleaning, safety valve and Bypass line with automatic changeover valve for power level control to provide thermal insulation and Exhaust back pressure monitoring for motor protection.
- Highly effective exhaust silencer in combination with heat insulation construction.
- Emergency cooling system installed at the CHP plant.
- Coolant plate heat exchanger for the separation of cooling and heating water in stainless steel.
- Hand pump for engine oil change, oil pan beneath drive unit.
Module data:
Total heat, power: 755 kW
Electric efficiency: 43.70%
Thermal efficiency: 45.00%
Total efficiency: 88.70%
0.97 Current ratio = electric efficiency / thermal efficiency
Exhaust emissions data.
Nitrogen oxides (NOx): 2.7 g / m³
Carbon monoxide (CO): 0.14 g / m³
Total dust (C): 8.6 mg / m³
Total carbon: 7.0 mg / m³
Exhaust gas flow rate: 1980 m³ wet / h, 1950 m³ / h dry
Optional oxidation catalyst: AIR - SONIC AS O 300x90/1-200
Tolerance of the performance and quantities:Fuel consumption + / - 7%, thermal power + / - 15%
-
Machine accessories
1.1. 1 pc. packaged additional monitoring devices with alarm for the following functions:
- Engine oil temperature
- Room temperature
- Charge air temperature
1.2. 1 pc. An electric pump for engine oil change
1.3. 1 pc. Oil tank, with an inspection glass for oil level monitoring.
1.4 1 pc. heat demand operation
1.5. 1 pc. A data visualization via modem / Internet
1.6. 1 pc. An interference to analog converter / ISDN or mobile (1x collective fault signal)
1.7. 1 pc. A fully automatic gas heat exchanger cleaning
1.8. 1 pc. Rapeseed oil operation
2. Airflow/sound insulation scenes
2.1. 1 pc. Scenes silencer exhaust system, according to expenditure, estimated value
3. Tank Systems / Accessories
3.1. 1 pc. Fuel tank 50,000 liter.
3.2. 1 pc. tank heating and tank insulation
3.3. 1 pc. Piston ring oil meter
3.4. 1 pc. The oil pipes, with heating, up to 6 meters in length.
4. Exhaust system/catalyst
4.1. 1 pc. A stainless steel exhaust system up to 6 meters in length.
4.2. 1 pc. Oxi-catalyst 330 kW Type: AIR – SONIC AS O 300x90/ 1-200
5. Hydraulic switcher:
5.1. 1 pc. Hydraulic switcher.
6. Module soundproofing enclosure
6.1. 1 pc. A modular system for noise control in a 40 foot container, CHP plant installed.
Combined heat and power plant 500 kW - Bio - Oil with PES II
Fuel:
Vegetable oil for RK-quality standard (05/2000) or DIN V51605, flushing oil as fuel, according to the rules of the EEG
Operation:
Grid parallel operation
Electrical power:
500 kW (exhaust gas guided load circuit)
Thermal power:
550 kW
Fuel consumption:
approximately 160 g / kW electrical power
This module is completely piped and wired internally. Only the secondary ports for fuel, Cooling air, exhaust gas, electricity, heating must be fabricated.
Motor data:
Engine:
MTU; type: 12V 2000, turbo charger with intercooler, 12 - cylinder
Capacity:
16.12 liter
Power:
625 kW at 1500 rpm.
Lubricating oil consumption:
A maximum of 0.1% of fuel consumption, engine oil capacity 67 liter
Cooling air flow rate:
At least 55,000 m³ / h
- single cylinder, and an LCD display that shows the overall temperature, with sensors for coolant level, oil pressure, temperature, etc.
- with monitoring and power control for protection against overheating due to exhaust gas temperature.
Note on the engine:
We have made major changes to enable reliable operation with vegetable oil.
Generator data:
Synchronous generator in a 2-bearing design, self regulating, brushless forced cooling
Manufacturer:
Leroy Somer
The Maximum rating of the generator based on 740 kVA / 592 kW
Real power PnE:
490 kW
Apparent Power SnE:
612 kVA
Generator Rated voltage InG:
710 A
cos phi:
1.0
Short circuit current:
2130 A
Short circuit strength of the overall system:
40 kA
Frequency:
50 Hz
Generator Rated voltage UnG:
231/400 volts
Switching system:
- Control system for grid parallel operation with LCD text display and keypad, with a fault and power on display
- Power switch 4 - pin cable connections on the left below
- Microprocessor-controlled SPS as required VDE 0100 with all monitoring and control functions for grid parallel operation
- Prepared for a remote start option
- Control design with function for controlling an on-site emergency power switch.
Emergency power:
800 kVA
Structure:
- Rigid base frame made of steel sections. The motor and generator are directly coupled with clutch.
- Drive unit mounted on vibration dampers.
- A vegetable oil pump with switchover unit and pressure control unit.
- Exhaust gas heat exchanger as a tube bundle exchanger in stainless steel with openings for cleaning, safety valve and Bypass line with automatic changeover valve for power level control to provide thermal insulation and Exhaust back pressure monitoring for motor protection.
- Highly effective exhaust silencer in combination with heat insulation construction.
- Emergency cooling system installed at the CHP plant.
- Coolant plate heat exchanger for the separation of cooling and heating water in stainless steel.
- Hand pump for engine oil change, oil pan beneath drive unit.
Module data:
Total heat, power:
1,152 kW
Electric efficiency:
42.50%
Thermal efficiency:
43.40%
Cooling efficiency:
36.36%
Total efficiency:
85.90%
0.98 Current ratio = electric efficiency / thermal efficiency
Exhaust emissions, about
Nitrogen oxides (NOx):
2,000 mg / m³
Carbon monoxide (CO):
300 mg / m³
Dust (C):
60 mg / m³
Optional oxidation catalyst:
AIR - SONIC AS O 390x90/1-200
Tolerance of the performance and quantities:
fuel consumption + / - 7%, thermal power + / - 15%
1. Machine accessories
1.1. 1 pc. Packaged are additional monitoring devices with alarms for the following functions:
- Engine oil temperature
- Room temperature
- Charge air temperature
1.2. 1 pc. An electric pump for engine oil change
1.3. 1 pc. Oil tank, with an inspection glass for oil level monitoring.
1.4. 1 pc. Heat demand operation
1.5. 1 pc. A data visualization via modem / Internet
1.6. 1 pc. An interference to analog converter / ISDN or mobile (1x collective fault signal)
1.7. 1 pc. A fully automatic gas heat exchanger cleaning
1.8. 1 pc. Rapeseed oil operation
2. Airflow/sound absorber system
2.1. 1 pc. sound absorber system, according to expenditure, estimated value
3. Tank Systems / Accessories
3.1. 1 pc. Fuel tank 50,000 liter.
3.2. 1 pc. Tank heating and tank insulation.
3.3. 1 pc. Piston ring oil meter.
3.4. 1 pc. The oil pipes, with heating, up to 3 meters in length.
4. Exhaust system / catalyst
4.1. 1 pc. A stainless steel exhaust system up to 6 meters in length.
4.2. 1 pc. Oxi-catalyst 330 kW
5. Hydraulic switcher
5.1. 1 pc. Hydraulic switcher.
6. Module soundproofing enclosure
6.1. 1 pc. A modular noise control system in a 40 foot container, CHP plant installed.
additional modules for CHP plants
You have the option to purchase additional modules for your CHP plant to meet all your needs.
001 module for water on preparation
This module is for the preparation of fresh water, such as Well water.
An OIL-150 kW- CHP plant is an add-on so potable water can be generated from 2.25 million liters per day. Our largest CHP Plants can produce, up to, 7.53 million liters per day.
So you are able to provide large tracts of land with water for agriculture or for people.
002 module for sea water desalination
This module is for the purification of sea water.
An OIL-150 kW- CHP plant is an add-on so potable water can be produced per day of 320,000 liters. Our largest CHP Plants can produce, up to, 1.53 million liters per day.
Therefore you are able to provide large tracts of land with water, are based on agriculture or for the people in a dry area.
003 module for water production due to power
This module is suitable mainly for desert regions, where water is not available.
An OIL-150 kW- CHP plant an add-on may day so potable water can be produced per day at 20% humidity of 2,660 liters. Our largest CHP Plants can produce, up to, 106,399 liters per day.
Therefore you are able to supply whole areas of water for agriculture or for people.
004 module for mobile disaster cases
This is a completely revised reconstruction, which is ideal for rapid deployment in disaster areas.
Transportable by helicopter or truck directly to where the CHP plant is needed. An auxiliary tank shall ensure that an immediate operation is possible.
005 module for down time and stop times
For example, wind turbines and solar panels.
Here we can remedy the situation and always feed the same amount of electricity. Our CHP plants will adapt in seconds with the place from the system to always have the same power
amount to the utility supply.
Thus, the energy companies are no longer forced to deal with the connection and disconnection.
006 module for power storage or electric power transmission
There is just so thought that the current can be stored up to 150 kVA and over 10 kW per hour be retrieved.
Transport is also a possibility at any time, in order to transport electricity at any point in the world.
007 module for heat storage
It is through our module the ability to store heat to match tips.
This module is the ideal complement to the daily income to use at night.
008 module for heat transport
The module is designed to transport heat in specially designed for this additional heat storage container.
This is an additional heating (e.g. for swimming pools) to quickly make a lot of heat.
009 module for electric gas station
With this module you have the possibility to e.g. deliver a shopping center, a gas station for electric cars.
Thus, to give your environmental awareness very specific way.
