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Company cases about Optimized Static Var Generators (SVG): Ensuring Reliability for Your High-Altitude New Energy Project

Optimized Static Var Generators (SVG): Ensuring Reliability for Your High-Altitude New Energy Project

2025-05-08

As China pursues its "dual-carbon" goals, new energy development is surging in high-altitude regions like Tibet, Sichuan, and Yunnan. Tibet alone exemplifies this vast potential, with annual solar radiation equivalent to 240 billion tons of standard coal, and a technically exploitable photovoltaic capacity of 12 billion kilowatts across 340,000 square kilometers below 5,000 meters. However, these elevations present severe challenges: lower air density impairs equipment cooling and necessitates modified designs for crucial systems such as Static Var Generators (SVG), which are vital for stable grid integration and harnessing this potential.

 

Successfully developing these rich, high-altitude renewable resources is key to optimizing China's energy structure, achieving greater energy self-sufficiency, and fostering green development. FGI directly addresses the demanding operational environment with specialized solutions. Our advanced Static Var Generators (SVG) are specifically engineered with optimized thermal management and enhanced insulation characteristics to perform reliably in thin air, ensuring efficient and stable power conversion. These tailored SVG systems are instrumental in enabling the full utilization of new energy in these vital yet challenging regions.

 

 

latest company case about Optimized Static Var Generators (SVG): Ensuring Reliability for Your High-Altitude New Energy Project  0

A photovoltaic project in Lijiang, Yunnan – Altitude 4000m

 

 

 

latest company case about Optimized Static Var Generators (SVG): Ensuring Reliability for Your High-Altitude New Energy Project  1

A photovoltaic project in Tibet – Altitude 4100m

 

 

 

latest company case about Optimized Static Var Generators (SVG): Ensuring Reliability for Your High-Altitude New Energy Project  2

A photovoltaic project in Lixian County, Sichuan Province – Altitude 4000m

 

 

Solution Advantages

FGI actively responds to policy directives and user requirements. Its dynamic reactive power compensation devices have undergone multiple updates and iterations, resulting in the following advantages:

  • Superior High and Low Voltage Ride-Through (HLVRT) Performance:

The HLVRT range, duration, and other performance indicators surpass national standards, ensuring equipment remains connected to the grid during events such as grid voltage sags and swells, without exacerbating faults.

  • Time-Segmented Automatic Switching Control Function:

This function allows different operating modes to be set for different time periods, switching automatically to better adapt to diverse site requirements.

  • Wide Range of Models:

A comprehensive portfolio includes indoor, outdoor, air-cooled, and water-cooled models, covering various voltage levels such as 6kV, 10kV, 20kV, and 35kV. Products can be specially customized according to the specific site environment to meet diverse project requirements.

 

FGI specializes in the research and development of reactive power compensation and management devices. We provide professional power quality solutions for users in various industries, including wind power, photovoltaics, metallurgy, coal mining, and petroleum. Through continuous technological innovation and iterative upgrades, we contribute to the establishment of a safe, stable, and efficient power system.

 

 

 

 

 

 

 

 

 

 

 

 


 

 

Production Base: North of the middle section of Jincheng Road, Economic Development Zone, Wenshang County


R&D Center: No. 21, Gongye North Road, Baoshan Sub-district, Licheng District, Jinan City


Email: overseas@fengguang.com

 

Website: www.fengguang.com.