SOLUTIONS
Proven success in power quality solutions
Delivering reliable performance to strengthen your competitive edge
Solar Photovoltaic
Installing photovoltaic systems reduces energy consumption and allows for selling excess electricity, but can lower the power factor and generate harmful harmonics. Adding an SVG (Static Var Generator) compensates for reactive power, mitigates harmonics, improves grid quality, and lowers electricity costs.
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School
As modern teaching methods, such as electronic libraries, continue to be introduced, supporting facilities like smart water and drainage systems, variable frequency air conditioning, and elevator systems are constantly improving, leading to an increasing number of non-linear devices in schools, which contribute to higher load on the power grid.
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Metallurgy
Metallurgical loads often have high reactive power impact, low power factor, and high harmonic content. Equipment like induction furnaces, electric arc furnaces, and rolling mills generate harmonic currents, distorting power grid waveforms and affecting power quality and equipment safety.
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Semi-conductor
The semiconductor manufacturing industry is a precision industry requiring a highly clean environment and extensive use of electronic components and integrated circuits, with a high level of automation. The production process generates significant harmonics, leading to voltage instability and increased product scrap rates.
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Steel
Steel enterprises have high power demand, large load impact, and frequent start-stop operations. Equipment like rolling mills, welding machines, and arc furnaces cause reactive power fluctuations, low power factor, and excessive harmonics, leading to voltage distortion and potential grid resonance, requiring effective control.
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Railway Transit
Urban rail transit has boosted mobility and economic growth, but its power system’s reliance on cables and nonlinear loads causes fluctuations, high harmonics, and large capacitive currents. These issues lead to energy losses, equipment overheating, reduced lifespan, and potential safety risks.
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Commercial Building
With economic growth, commercial plazas, residential buildings, and public facilities are rapidly emerging, especially in second- and third-tier cities. Advancements in technology and increasing energy efficiency demands have led to the widespread use of energy-saving lighting and variable frequency drives in power distribution systems.
Learn More
Airport Construction
As society advances, power electronics continue to evolve, and airport power systems are increasingly affected by harmonics. These harmonics mainly come from lighting, transit, and baggage systems. Our harmonic mitigation solutions effectively improve power quality, creating a greener, safer, and more stable electrical environment for airports.
Learn More
Data Center
Modern data centers, using UPS systems and variable frequency energy-saving equipment, often face high harmonic distortion, exceeding national standards. This creates significant risks to system reliability, causing program errors, data corruption, system crashes, reboots, and equipment damage, leading to major losses in critical operations.
Learn More
Hospital
The healthcare industry, primarily hospitals, has seen growth with the widespread use of electronic medical equipment. These devices generate significant harmonics, distorting voltage and current waveforms, affecting power quality, and potentially damaging other electrical equipment.
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Pharmaceutical
The pharmaceutical industry relies on advanced machinery that often generates harmonic distortion, affecting power quality. This can cause voltage fluctuations, disrupt sensitive equipment, and impact manufacturing accuracy, potentially compromising product quality and safety.
Learn More
Automobile & Ship
Under China’s “11th Five-Year Plan” for energy conservation, industries like automotive and shipbuilding are prioritizing energy efficiency. However, energy-saving equipment in power distribution systems generates significant harmonic pollution, causing energy loss and potential safety risks.
Learn More
Petrochemical
The petrochemical industry, with its long production lines and high automation, involves rapid, fluctuating loads that change the power load composition. Nonlinear loads, particularly variable frequency drives (VFDs), generate significant harmonics, causing interference with nearby equipment and impacting the public grid through input power lines.
Learn More
Solar Photovoltaic
Installing photovoltaic systems reduces energy consumption and allows for selling excess electricity, but can lower the power factor and generate harmful harmonics. Adding an SVG (Static Var Generator) compensates for reactive power, mitigates harmonics, improves grid quality, and lowers electricity costs.
Learn More
School
As modern teaching methods, such as electronic libraries, continue to be introduced, supporting facilities like smart water and drainage systems, variable frequency air conditioning, and elevator systems are constantly improving, leading to an increasing number of non-linear devices in schools, which contribute to higher load on the power grid.
Learn More
Metallurgy
Metallurgical loads often have high reactive power impact, low power factor, and high harmonic content. Equipment like induction furnaces, electric arc furnaces, and rolling mills generate harmonic currents, distorting power grid waveforms and affecting power quality and equipment safety.
Learn More
Semi-conductor
The semiconductor manufacturing industry is a precision industry requiring a highly clean environment and extensive use of electronic components and integrated circuits, with a high level of automation. The production process generates significant harmonics, leading to voltage instability and increased product scrap rates.
Learn More
Steel
Steel enterprises have high power demand, large load impact, and frequent start-stop operations. Equipment like rolling mills, welding machines, and arc furnaces cause reactive power fluctuations, low power factor, and excessive harmonics, leading to voltage distortion and potential grid resonance, requiring effective control.
Learn More
Railway Transit
Urban rail transit has boosted mobility and economic growth, but its power system’s reliance on cables and nonlinear loads causes fluctuations, high harmonics, and large capacitive currents. These issues lead to energy losses, equipment overheating, reduced lifespan, and potential safety risks.
Learn More
Commercial Building
With economic growth, commercial plazas, residential buildings, and public facilities are rapidly emerging, especially in second- and third-tier cities. Advancements in technology and increasing energy efficiency demands have led to the widespread use of energy-saving lighting and variable frequency drives in power distribution systems.
Learn More
Airport Construction
As society advances, power electronics continue to evolve, and airport power systems are increasingly affected by harmonics. These harmonics mainly come from lighting, transit, and baggage systems. Our harmonic mitigation solutions effectively improve power quality, creating a greener, safer, and more stable electrical environment for airports.
Learn More
Data Center
Modern data centers, using UPS systems and variable frequency energy-saving equipment, often face high harmonic distortion, exceeding national standards. This creates significant risks to system reliability, causing program errors, data corruption, system crashes, reboots, and equipment damage, leading to major losses in critical operations.
Learn More
Hospital
The healthcare industry, primarily hospitals, has seen growth with the widespread use of electronic medical equipment. These devices generate significant harmonics, distorting voltage and current waveforms, affecting power quality, and potentially damaging other electrical equipment.
Learn More
Pharmaceutical
The pharmaceutical industry relies on advanced machinery that often generates harmonic distortion, affecting power quality. This can cause voltage fluctuations, disrupt sensitive equipment, and impact manufacturing accuracy, potentially compromising product quality and safety.
Learn More
Automobile & Ship
Under China’s “11th Five-Year Plan” for energy conservation, industries like automotive and shipbuilding are prioritizing energy efficiency. However, energy-saving equipment in power distribution systems generates significant harmonic pollution, causing energy loss and potential safety risks.
Learn More
Petrochemical
The petrochemical industry, with its long production lines and high automation, involves rapid, fluctuating loads that change the power load composition. Nonlinear loads, particularly variable frequency drives (VFDs), generate significant harmonics, causing interference with nearby equipment and impacting the public grid through input power lines.
Learn More