1.wind turbine generator ,wind power system .wind energy turbine
2..over 18 years life time
3. CE.ROSH
4.18 years warrant
H Model vertical axis wind-power turbine ,300W S model wind power system ,wind product ,wind system ,off-grid wind energy turbine ,wind power turbine wind energy turbine ,wind power turbine .wind turbine generator . vertical wind turbine generator . solar wind turbine . wind turbine system .
Model:SP-H-10KW
Generator Type: permanent magnetic direct drive VTAW, 3 phase AC
Power(w)
10000
Rated wind speed
(m/s)
12
Rotor diameter
(m)
6
Start-up wind speed
(m/s)
3.8
Height of blade
(m)
6.6
Range of working wind speed(m/s)
3.8-25
Material of blades and numbers
Glass Fiber Reinforced Plastic/5
Survival wind speed
(m/s)
50
Rated rotor speed
(m/s)
100r/min
Output Voltage
AC380/600V
Speed regulation method
Electromagnetic control
Stop method
Electromagnetic brake
Wind energy utilized coeffeicent
30%-40%
Sweep wind area
28.26
Range of working temperature
-45°C-60°C
Suggested supporting battery
32pcs12v200ah
Top weight (kg)
660
Tower type and height
Free standing tower/10m
Friday, October 7, 2011
Biomass generator 100KW-20000KW
The biggest and most professional complete biomass gasification power plant supplier in China.
The principle of JAE’s biomass gasification system(abbreviated as BGPS) is to convert by-products or wastes of agriculture and forestry (including rick husks, wood powder, branches, offcuts, corn straws, rice straws, wheat straws, cotton straws, fruit shells, coconut shells, palm shells, bagasse, corncobs,) into syngas. Syngas is then used as fuel in gas engine to generate electricity. Biomass gasification well conquers the disadvantages of biomass, such as low flammability and wide diversity. Biomass gasification system is characteristic of small land requirement and environment friendly. It’s one of the most effective and cleanest way of utilizing biomass.
Our biomass gasification process includes three steps. First step is biomass gasification, which convert biomass into syngas. Second step is syngas purification. The producer gas coming from gasifier usually contains contaminants including dust, coke, tar and etc. The contaminants will be removed by the purification system to ensure normal operation of gas engine. Third step is power generating in gas engine. The high temperature exhaust gas may be reused by waste heat boiler to generate steam or hot water civil use or industrial use). Steam turbine may also be considered to make a gas-steam combined cycle power plant, which will increase the total efficiency.
Modulization is adopted in JAE’s BGPS. JAE-BGPS is applicable for the biomass power plant ranging from 100KW to 20000KW. 500rpm~600rpm gas engine and Siemens generator are chosen in our gas gensets (400KW, 500KW, 800KW, 1000KW, 1200KW). Fix bed system or fluidized bed system may be chosen according to different feedstock characteristics in JAE-BGPS (single system capacity ranging from 100KW to 2MW).
Comparing with other renewable power generating system, JAE-BGPS is characteristic of:
1). Flexibility. Gas engine, gas turbine and even waste heat recovery boiler may be used considering various power plant capacity requirements. It ensures high power generating efficiency. Different capacities of biomass power generation plant can be designed with various types of JAE-BGPS system.
2). Clean technology. Biomass, as one kind of renewable energy, may reduce the emission of carbon dioxide, sulfur dioxide causing from fossil fuel. Nitrogen oxides emission is very limited in our biomass gasification power generating system because of low temperature (700~900 degree centigrade).
3). Economic. JAE-BGPS is capacity flexible. Even small size biomass power plant is also profitable. Simple process and less land requirements make biomass gasification power plant more economic comparing with other renewable energy. Generally speaking, biomass gasification power generating is the most economic technology in renewable power generating plant, the cost of which is nearly the same as small sized conventional power plant.
The principle of JAE’s biomass gasification system(abbreviated as BGPS) is to convert by-products or wastes of agriculture and forestry (including rick husks, wood powder, branches, offcuts, corn straws, rice straws, wheat straws, cotton straws, fruit shells, coconut shells, palm shells, bagasse, corncobs,) into syngas. Syngas is then used as fuel in gas engine to generate electricity. Biomass gasification well conquers the disadvantages of biomass, such as low flammability and wide diversity. Biomass gasification system is characteristic of small land requirement and environment friendly. It’s one of the most effective and cleanest way of utilizing biomass.
Our biomass gasification process includes three steps. First step is biomass gasification, which convert biomass into syngas. Second step is syngas purification. The producer gas coming from gasifier usually contains contaminants including dust, coke, tar and etc. The contaminants will be removed by the purification system to ensure normal operation of gas engine. Third step is power generating in gas engine. The high temperature exhaust gas may be reused by waste heat boiler to generate steam or hot water civil use or industrial use). Steam turbine may also be considered to make a gas-steam combined cycle power plant, which will increase the total efficiency.
Modulization is adopted in JAE’s BGPS. JAE-BGPS is applicable for the biomass power plant ranging from 100KW to 20000KW. 500rpm~600rpm gas engine and Siemens generator are chosen in our gas gensets (400KW, 500KW, 800KW, 1000KW, 1200KW). Fix bed system or fluidized bed system may be chosen according to different feedstock characteristics in JAE-BGPS (single system capacity ranging from 100KW to 2MW).
Comparing with other renewable power generating system, JAE-BGPS is characteristic of:
1). Flexibility. Gas engine, gas turbine and even waste heat recovery boiler may be used considering various power plant capacity requirements. It ensures high power generating efficiency. Different capacities of biomass power generation plant can be designed with various types of JAE-BGPS system.
2). Clean technology. Biomass, as one kind of renewable energy, may reduce the emission of carbon dioxide, sulfur dioxide causing from fossil fuel. Nitrogen oxides emission is very limited in our biomass gasification power generating system because of low temperature (700~900 degree centigrade).
3). Economic. JAE-BGPS is capacity flexible. Even small size biomass power plant is also profitable. Simple process and less land requirements make biomass gasification power plant more economic comparing with other renewable energy. Generally speaking, biomass gasification power generating is the most economic technology in renewable power generating plant, the cost of which is nearly the same as small sized conventional power plant.
Biomass generator system
1) Natural gas generator
2) High quality with CE certificate
3) High efficiency ,low noise
Biomass gasification power plant generatorPreface:
The biomass gasification system produces a valuable gas named producer gas - “Syngas”
(Synthetic gas).
Materials such as: rice stems, rice husks, cotton stalks, corn stalks, millet stalks,
wood dust, cane trash, wheat straws, hemp palm husks and other forms of biomass.
This
system can produce electric power in the range of 200kW - 6.0MW by using a few parallel
modular units. Since Biomass itself is almost sulfur free, the gasification process will not
produce any sulfur oxide emissions (SOx). Similarly the gasification of biomass produces
very low concentrations of nitrous oxide emissions (NOx) when manufacturing the “Syngas”
and thereafter leads to low emissions in the combustion engines.
System concept and efficiency:
The production of 1 KW of power requires only 1.30~1.85kg of rice husks, wood dust or
crop stalks as fuel. The water used in the cooling system of this process can be recycled after
undergoing a dissolved air flotation treatment and thereby having no harmful effects to the
ecological system and the environment. Self power consumption of this systems is low with
percentages ranging between 5~8% of the generated total power.
This project is an ideal solution for regions where there are large quantities of biomass waste r
esources, farms, nearby forests etc.
In consideration of the above mentioned particulars, the feasibility of such Power station will
give a high ROI (Return of Investments) in a short period of time. The reasoning to this high
ROI is due to the cost of the fuel being negligible-near ZERO (0), only labor, drying and
grinding has to be considered. In most other power stations, fuel cost corresponds to
approximately 60-75% of power selling price, in our case, there is a saving of approximately
70% compared with other forms of power stations.
The technology of producing power by gasification of biomass is easy to operate, simple and
economical in maintenances and service, has no high pressure steam, no turbines and is easy
to start up and run the standard combustion generator.
The power station requires a small land area to operate. It is environmental-friendly, simple
to install, and it can gasify most kinds of agricultural and forestry biomass. These will in turn
produce very low cost valuable electric power energy.
For more information ,you are welcome to visit our website: http://greenpowersystem.en.alibaba.com
or http://www.greenpowergpe.cn
2) High quality with CE certificate
3) High efficiency ,low noise
Biomass gasification power plant generatorPreface:
The biomass gasification system produces a valuable gas named producer gas - “Syngas”
(Synthetic gas).
Materials such as: rice stems, rice husks, cotton stalks, corn stalks, millet stalks,
wood dust, cane trash, wheat straws, hemp palm husks and other forms of biomass.
This
system can produce electric power in the range of 200kW - 6.0MW by using a few parallel
modular units. Since Biomass itself is almost sulfur free, the gasification process will not
produce any sulfur oxide emissions (SOx). Similarly the gasification of biomass produces
very low concentrations of nitrous oxide emissions (NOx) when manufacturing the “Syngas”
and thereafter leads to low emissions in the combustion engines.
System concept and efficiency:
The production of 1 KW of power requires only 1.30~1.85kg of rice husks, wood dust or
crop stalks as fuel. The water used in the cooling system of this process can be recycled after
undergoing a dissolved air flotation treatment and thereby having no harmful effects to the
ecological system and the environment. Self power consumption of this systems is low with
percentages ranging between 5~8% of the generated total power.
This project is an ideal solution for regions where there are large quantities of biomass waste r
esources, farms, nearby forests etc.
In consideration of the above mentioned particulars, the feasibility of such Power station will
give a high ROI (Return of Investments) in a short period of time. The reasoning to this high
ROI is due to the cost of the fuel being negligible-near ZERO (0), only labor, drying and
grinding has to be considered. In most other power stations, fuel cost corresponds to
approximately 60-75% of power selling price, in our case, there is a saving of approximately
70% compared with other forms of power stations.
The technology of producing power by gasification of biomass is easy to operate, simple and
economical in maintenances and service, has no high pressure steam, no turbines and is easy
to start up and run the standard combustion generator.
The power station requires a small land area to operate. It is environmental-friendly, simple
to install, and it can gasify most kinds of agricultural and forestry biomass. These will in turn
produce very low cost valuable electric power energy.
For more information ,you are welcome to visit our website: http://greenpowersystem.en.alibaba.com
or http://www.greenpowergpe.cn
Biomass power generation 100-20000KW
20 Years Biomass Gasification Power Plant EPC experience. The best Biomass Power Plant supplier in China.
The principle of JAE’s biomass gasification system(abbreviated as BGPS) is to convert by-products or wastes of agriculture and forestry (including rick husks, wood powder, branches, offcuts, corn straws, rice straws, wheat straws, cotton straws, fruit shells, coconut shells, palm shells, bagasse, corncobs,) into syngas. Syngas is then used as fuel in gas engine to generate electricity. Biomass gasification well conquers the disadvantages of biomass, such as low flammability and wide diversity. Biomass gasification system is characteristic of small land requirement and environment friendly. It’s one of the most effective and cleanest way of utilizing biomass.
Our biomass gasification process includes three steps. First step is biomass gasification, which convert biomass into syngas. Second step is syngas purification. The producer gas coming from gasifier usually contains contaminants including dust, coke, tar and etc. The contaminants will be removed by the purification system to ensure normal operation of gas engine. Third step is power generating in gas engine. The high temperature exhaust gas may be reused by waste heat boiler to generate steam or hot water civil use or industrial use). Steam turbine may also be considered to make a gas-steam combined cycle power plant, which will increase the total efficiency.
Modulization is adopted in JAE’s BGPS. JAE-BGPS is applicable for the biomass power plant ranging from 100KW to 20000KW. 500rpm~600rpm gas engine and Siemens generator are chosen in our gas gensets (400KW, 500KW, 800KW, 1000KW, 1200KW). Fix bed system or fluidized bed system may be chosen according to different feedstock characteristics in JAE-BGPS (single system capacity ranging from 100KW to 2MW).
Comparing with other renewable power generating system, JAE-BGPS is characteristic of:
1). Flexibility. Gas engine, gas turbine and even waste heat recovery boiler may be used considering various power plant capacity requirements. It ensures high power generating efficiency. Different capacities of biomass power generation plant can be designed with various types of JAE-BGPS system.
2). Clean technology. Biomass, as one kind of renewable energy, may reduce the emission of carbon dioxide, sulfur dioxide causing from fossil fuel. Nitrogen oxides emission is very limited in our biomass gasification power generating system because of low temperature (700~900 degree centigrade).
3). Economic. JAE-BGPS is capacity flexible. Even small size biomass power plant is also profitable. Simple process and less land requirements make biomass gasification power plant more economic comparing with other renewable energy. Generally speaking, biomass gasification power generating is the most economic technology in renewable power generating plant, the cost of which is nearly the same as small sized conventional power plant.
The principle of JAE’s biomass gasification system(abbreviated as BGPS) is to convert by-products or wastes of agriculture and forestry (including rick husks, wood powder, branches, offcuts, corn straws, rice straws, wheat straws, cotton straws, fruit shells, coconut shells, palm shells, bagasse, corncobs,) into syngas. Syngas is then used as fuel in gas engine to generate electricity. Biomass gasification well conquers the disadvantages of biomass, such as low flammability and wide diversity. Biomass gasification system is characteristic of small land requirement and environment friendly. It’s one of the most effective and cleanest way of utilizing biomass.
Our biomass gasification process includes three steps. First step is biomass gasification, which convert biomass into syngas. Second step is syngas purification. The producer gas coming from gasifier usually contains contaminants including dust, coke, tar and etc. The contaminants will be removed by the purification system to ensure normal operation of gas engine. Third step is power generating in gas engine. The high temperature exhaust gas may be reused by waste heat boiler to generate steam or hot water civil use or industrial use). Steam turbine may also be considered to make a gas-steam combined cycle power plant, which will increase the total efficiency.
Modulization is adopted in JAE’s BGPS. JAE-BGPS is applicable for the biomass power plant ranging from 100KW to 20000KW. 500rpm~600rpm gas engine and Siemens generator are chosen in our gas gensets (400KW, 500KW, 800KW, 1000KW, 1200KW). Fix bed system or fluidized bed system may be chosen according to different feedstock characteristics in JAE-BGPS (single system capacity ranging from 100KW to 2MW).
Comparing with other renewable power generating system, JAE-BGPS is characteristic of:
1). Flexibility. Gas engine, gas turbine and even waste heat recovery boiler may be used considering various power plant capacity requirements. It ensures high power generating efficiency. Different capacities of biomass power generation plant can be designed with various types of JAE-BGPS system.
2). Clean technology. Biomass, as one kind of renewable energy, may reduce the emission of carbon dioxide, sulfur dioxide causing from fossil fuel. Nitrogen oxides emission is very limited in our biomass gasification power generating system because of low temperature (700~900 degree centigrade).
3). Economic. JAE-BGPS is capacity flexible. Even small size biomass power plant is also profitable. Simple process and less land requirements make biomass gasification power plant more economic comparing with other renewable energy. Generally speaking, biomass gasification power generating is the most economic technology in renewable power generating plant, the cost of which is nearly the same as small sized conventional power plant.
Biomass power plant
Biomass power plant
We supply full set of biomass power plant!
This power plant is very environment and efficiency.
*Biomass power plant
The biomass power plant produces a valuable gas named producer gas - Syngas (Synthetic gas). The biomass (agricultural), used for this purpose is straw like materials such as: rice stems, rice husks, cotton stalks, corn stalks, millet stalks, wood dust, cane trash, wheat straws, hemp palm husks and other forms of biomass. This system can produce electric power in the range of 200kW 6.0MW by using a few parallel modular units.
Since Biomass itself is almost sulfur free, the gasification process will not produce any sulfur oxide emissions (SO
x
). However, fuels such as diesel and HFO contain a considerable amount of sulfur. HFO could have as much as 4% sulfur and therefore requires special additional treatment to neutralize these emissions.
Similarly the gasification of biomass produces very low concentrations of nitrous oxide emissions (NO
x
) when manufacturing the Syngas and thereafter leads also
to low emissions in the combustion engines.
We supply full set of biomass power plant!
This power plant is very environment and efficiency.
*Biomass power plant
The biomass power plant produces a valuable gas named producer gas - Syngas (Synthetic gas). The biomass (agricultural), used for this purpose is straw like materials such as: rice stems, rice husks, cotton stalks, corn stalks, millet stalks, wood dust, cane trash, wheat straws, hemp palm husks and other forms of biomass. This system can produce electric power in the range of 200kW 6.0MW by using a few parallel modular units.
Since Biomass itself is almost sulfur free, the gasification process will not produce any sulfur oxide emissions (SO
x
). However, fuels such as diesel and HFO contain a considerable amount of sulfur. HFO could have as much as 4% sulfur and therefore requires special additional treatment to neutralize these emissions.
Similarly the gasification of biomass produces very low concentrations of nitrous oxide emissions (NO
x
) when manufacturing the Syngas and thereafter leads also
to low emissions in the combustion engines.
Biomass power plant
Biomass power plant
a.environmentally friendly
b.high efficiency
c.good service
d. high quality and reasonab
Biomass power plant :
Our biomass power plant produces a valuable gas named producer gas- Syngas (Synthetic gas ). The biomass (agricultural), used for this purpose is straw like materials such as: rice stems, rice husks, cotton stalks, corn stalks, millet stalks, wood dust, cane trash, wheat straws, hemp palm husks and other forms of biomass. This system can produce electric power in the range of 200KW-6.0MW by using a few parallel modular units.
Since biomass itself is almost sulfur free, the gasification process will not produce any sulfur oxide emissions (SOx). However, fuels such as diesel and HFO contain a considerable amount of sulfur. HFO could have as much as 4% sulfur and therefore requires special additional treatment to neutralize these emissions.
Similarly the gasification of biomass produces very low concentrations of nitrous oxide emission (NOx) when manufacturning the Syngas and thereafter leads also to low emissions in the combustion engines.
a.environmentally friendly
b.high efficiency
c.good service
d. high quality and reasonab
Biomass power plant :
Our biomass power plant produces a valuable gas named producer gas- Syngas (Synthetic gas ). The biomass (agricultural), used for this purpose is straw like materials such as: rice stems, rice husks, cotton stalks, corn stalks, millet stalks, wood dust, cane trash, wheat straws, hemp palm husks and other forms of biomass. This system can produce electric power in the range of 200KW-6.0MW by using a few parallel modular units.
Since biomass itself is almost sulfur free, the gasification process will not produce any sulfur oxide emissions (SOx). However, fuels such as diesel and HFO contain a considerable amount of sulfur. HFO could have as much as 4% sulfur and therefore requires special additional treatment to neutralize these emissions.
Similarly the gasification of biomass produces very low concentrations of nitrous oxide emission (NOx) when manufacturning the Syngas and thereafter leads also to low emissions in the combustion engines.
Biomass pyrolysis gasification power plant
20 Years Biomass Gasification power plant EPC experience(Circulating fluidized bed(cfb) gasifier and fixed bed gasifier.
The principle of JAE’s biomass gasification system(abbreviated as BGPS) is to convert by-products or wastes of agriculture and forestry (including rick husks, wood powder, branches, offcuts, corn straws, rice straws, wheat straws, cotton straws, fruit shells, coconut shells, palm shells, bagasse, corncobs,) into syngas. Syngas is then used as fuel in gas engine to generate electricity. Biomass gasification well conquers the disadvantages of biomass, such as low flammability and wide diversity. Biomass gasification system is characteristic of small land requirement and environment friendly. It’s one of the most effective and cleanest way of utilizing biomass.
Our biomass gasification process includes three steps. First step is biomass gasification, which convert biomass into syngas. Second step is syngas purification. The producer gas coming from gasifier usually contains contaminants including dust, coke, tar and etc. The contaminants will be removed by the purification system to ensure normal operation of gas engine. Third step is power generating in gas engine. The high temperature exhaust gas may be reused by waste heat boiler to generate steam or hot water civil use or industrial use). Steam turbine may also be considered to make a gas-steam combined cycle power plant, which will increase the total efficiency.
Modulization is adopted in JAE’s BGPS. JAE-BGPS is applicable for the biomass power plant ranging from 100KW to 20000KW. 500rpm~600rpm gas engine and Siemens generator are chosen in our gas gensets (400KW, 500KW, 800KW, 1000KW, 1200KW). Fix bed system or fluidized bed system may be chosen according to different feedstock characteristics in JAE-BGPS (single system capacity ranging from 100KW to 2MW).
Comparing with other renewable power generating system, JAE-BGPS is characteristic of:
1). Flexibility. Gas engine, gas turbine and even waste heat recovery boiler may be used considering various power plant capacity requirements. It ensures high power generating efficiency. Different capacities of biomass power generation plant can be designed with various types of JAE-BGPS system.
2). Clean technology. Biomass, as one kind of renewable energy, may reduce the emission of carbon dioxide, sulfur dioxide causing from fossil fuel. Nitrogen oxides emission is very limited in our biomass gasification power generating system because of low temperature (700~900 degree centigrade).
3). Economic. JAE-BGPS is capacity flexible. Even small size biomass power plant is also profitable. Simple process and less land requirements make biomass gasification power plant more economic comparing with other renewable energy. Generally speaking, biomass gasification power generating is the most economic technology in renewable power generating plant, the cost of which is nearly the same as small sized conventional power plant.
The principle of JAE’s biomass gasification system(abbreviated as BGPS) is to convert by-products or wastes of agriculture and forestry (including rick husks, wood powder, branches, offcuts, corn straws, rice straws, wheat straws, cotton straws, fruit shells, coconut shells, palm shells, bagasse, corncobs,) into syngas. Syngas is then used as fuel in gas engine to generate electricity. Biomass gasification well conquers the disadvantages of biomass, such as low flammability and wide diversity. Biomass gasification system is characteristic of small land requirement and environment friendly. It’s one of the most effective and cleanest way of utilizing biomass.
Our biomass gasification process includes three steps. First step is biomass gasification, which convert biomass into syngas. Second step is syngas purification. The producer gas coming from gasifier usually contains contaminants including dust, coke, tar and etc. The contaminants will be removed by the purification system to ensure normal operation of gas engine. Third step is power generating in gas engine. The high temperature exhaust gas may be reused by waste heat boiler to generate steam or hot water civil use or industrial use). Steam turbine may also be considered to make a gas-steam combined cycle power plant, which will increase the total efficiency.
Modulization is adopted in JAE’s BGPS. JAE-BGPS is applicable for the biomass power plant ranging from 100KW to 20000KW. 500rpm~600rpm gas engine and Siemens generator are chosen in our gas gensets (400KW, 500KW, 800KW, 1000KW, 1200KW). Fix bed system or fluidized bed system may be chosen according to different feedstock characteristics in JAE-BGPS (single system capacity ranging from 100KW to 2MW).
Comparing with other renewable power generating system, JAE-BGPS is characteristic of:
1). Flexibility. Gas engine, gas turbine and even waste heat recovery boiler may be used considering various power plant capacity requirements. It ensures high power generating efficiency. Different capacities of biomass power generation plant can be designed with various types of JAE-BGPS system.
2). Clean technology. Biomass, as one kind of renewable energy, may reduce the emission of carbon dioxide, sulfur dioxide causing from fossil fuel. Nitrogen oxides emission is very limited in our biomass gasification power generating system because of low temperature (700~900 degree centigrade).
3). Economic. JAE-BGPS is capacity flexible. Even small size biomass power plant is also profitable. Simple process and less land requirements make biomass gasification power plant more economic comparing with other renewable energy. Generally speaking, biomass gasification power generating is the most economic technology in renewable power generating plant, the cost of which is nearly the same as small sized conventional power plant.
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