To prevent damage to the generator, the heat must be dissipated. To do so, VENSYS relies on a simple yet efficient air cooling method. The generators of the 1.5 MW platform are cooled using a passive, maintenance-free air circulation system without any moving parts.
We have proposed a cooling system with a heat exchanger and circulation pumps to cool HTS field windings designed for 10 MW-class superconducting generators. In the cooling system, the refrigerants in the stationary and rotational systems are completely separated; heat between the two systems exchanges using a rotational-stationary heat exchanger.
In the case of rotational machines with high-speed rotation, natural circulation of the refrigerant is possible by utilizing centrifugal force. However, in wind generators, the rotational speed of superconducting generators is around two orders of magnitude slower than that of turbine generators (about 10 rpm).
In the cooling system, the refrigerants in the stationary and rotational systems are completely separated; heat between the two systems exchanges using a rotational-stationary heat exchanger. The refrigerant in rotational system is circulated by highly reliable pumps.
Our standardized container products are engineered for reliability, safety, and easy deployment. All systems include comprehensive monitoring and control systems with remote management capabilities.
Extreme Ride-Through: Our SVG quickly restores normal operation after grid voltage dips or surges, adapting to various grid conditions without manual intervention. Voltage Fluctuation …
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This study focuses on the air-cooled structure design of a 4.5 MW DD-PMSG for wind power generation, employing CFD and fluid–thermal coupling analysis to optimize the …
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Generally, voltage support at the point of common coupling (PCC) of a wind farm is achieved through centralized static var generators (SVGs). Since the reactive power …
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Therefore, static var generators need to be installed in current wind power generation systems. The static var generator of Jinneng Electric has achieved comprehensive …
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According to the characteristics of offshore wind power generation, FGI has developed a special static var generator SVG, which is a completely closed device that …
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According to the characteristics of offshore wind power, FGIdesigns and develops special Static Var Generator (SVG) container products, adopt fully closed water cooling design, do not …
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Abstract With the development of power electronic technology, the advantage of SVG is obvious, SVG has been more and more widely used in the wind power plant and photovoltaic power …
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In the wave of global energy transformation, wind power, as a core force of renewable energy, is gradually becoming a mainstay of global electricity supply. In the stable operation system of …
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We have devised a cooling system using a rotational-stationary heat exchanger and a cryogenic helium circulation pump, for application in 10 MW-class wind power generation …
REQUEST SPECSLatest developments in containerized energy storage technology, project case studies, and industry insights from our team of renewable energy experts.
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