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On September 7, Hitachi Manufacturing announced that the company has developed a 5MW offshore wind power generation system
that can generate electricity in low wind speed areas.
Compared to the equipment already developed by the company, the size of the windmill is 15% larger, and the force area of the wind is expanded
.
The average annual wind speed can also generate electricity
at less than 7.
5 m/s.
The wind power system is scheduled to go on sale
in 2017.
Hitachi has already started selling 5MW offshore wind power systems
that meet the needs of strong wind areas.
The new products developed this time mainly meet the needs of strong and low wind speed regions, and develop the demand for
offshore wind power generation.
Windmill rotor giganturization increases wind area by 15%
The HTW5.
2-136 offshore wind power generation system developed by Hitachi to cope with low wind speed areas has a rated output of 5.
2 MW and a windmill rotor diameter of 136 meters
.
Taking into account Japan's meteorological conditions, etc.
, it is difficult for the wind power system to malfunction
even when a typhoon, thunder, or tsunami occurs.
Trial operation began in October to confirm the performance
of the Kashima Port Fushiba Wind Farm operated by Hitachi Windpower.
By 2020, Hitachi aims to achieve sales of JPY 100 billion in wind power systems, and will develop 2MW systems
in addition to the 5MW class.
In order to expand the offshore wind power market, the rated output of the system in the existing strong wind speed area was increased from 5MW to 5.
2MW and launched for sale
.
In addition, in 2017, it is planned to put resources
into a 2.
5MW wind power system.
On September 7, Hitachi Manufacturing announced that the company has developed a 5MW offshore wind power generation system
that can generate electricity in low wind speed areas.
Compared to the equipment already developed by the company, the size of the windmill is 15% larger, and the force area of the wind is expanded
.
The average annual wind speed can also generate electricity
at less than 7.
5 m/s.
The wind power system is scheduled to go on sale
in 2017.
Hitachi has already started selling 5MW offshore wind power systems
that meet the needs of strong wind areas.
The new products developed this time mainly meet the needs of strong and low wind speed regions, and develop the demand for
offshore wind power generation.
Windmill rotor giganturization increases wind area by 15%
The HTW5.
2-136 offshore wind power generation system developed by Hitachi to cope with low wind speed areas has a rated output of 5.
2 MW and a windmill rotor diameter of 136 meters
.
Taking into account Japan's meteorological conditions, etc.
, it is difficult for the wind power system to malfunction
even when a typhoon, thunder, or tsunami occurs.
Trial operation began in October to confirm the performance
of the Kashima Port Fushiba Wind Farm operated by Hitachi Windpower.
By 2020, Hitachi aims to achieve sales of JPY 100 billion in wind power systems, and will develop 2MW systems
in addition to the 5MW class.
In order to expand the offshore wind power market, the rated output of the system in the existing strong wind speed area was increased from 5MW to 5.
2MW and launched for sale
.
In addition, in 2017, it is planned to put resources
into a 2.
5MW wind power system.
