Table of Contents

1. Introduction to 3-Phase Voltage Boosters
2. Key Benefits of 3-Phase Voltage Boosters
   1. Improved Efficiency
   2. Enhanced Load Capacity
   3. Reduced Electrical Losses
   4. Stable Power Quality
   5. Extended Equipment Lifespan
3. Kelida Company Solutions
4. Numerical Analysis of 3-Phase Voltage Boosters
5. Conclusion
6. References

Introduction to 3-Phase Voltage Boosters

A 3-phase voltage booster is an electrical device designed to increase the voltage level in a 3-phase power supply system, ensuring the efficient operation of electrical equipment. It is especially beneficial in situations where voltage drops occur due to long transmission distances or heavy load conditions.

Key Benefits of 3-Phase Voltage Boosters

Improved Efficiency

By boosting voltage levels, 3-phase voltage boosters ensure optimal operation of electrical equipment. For instance, a voltage booster with an efficiency of 95% can significantly increase the performance of machinery by providing a stable power supply.

Enhanced Load Capacity

Voltage boosters enhance load capacity by stabilizing voltage across all phases. A balanced system can handle higher loads, approximately 20% more than unbalanced systems, without compromising performance.

Reduced Electrical Losses

These devices minimize electrical losses. For example, reducing line losses from 5% to 2% can result in substantial savings in energy costs over time.

Stable Power Quality

A 3-phase voltage booster ensures stable power quality by minimizing voltage fluctuations, maintaining a constant voltage level, and reducing harmonic distortion to less than 3%.

Extended Equipment Lifespan

By providing a consistent and reliable voltage supply, equipment wear and tear is reduced, extending component lifespan by up to 30%.

Kelida Company Solutions

Kelida offers advanced 3-phase voltage boosters designed to cater to specific industrial needs. Their solutions emphasize high efficiency and reliability, with models supporting voltage increase up to 25%. Kelida's products meet international safety standards, ensuring safe and effective voltage boosting.

Numerical Analysis of 3-Phase Voltage Boosters

Studies show that implementing 3-phase voltage boosters in industrial settings can improve overall electricity usage efficiency by up to 15%. For a system consuming 50,000 kWh per month, this translates to a savings of 7,500 kWh monthly.

Conclusion

The use of 3-phase voltage boosters offers numerous benefits, including improved efficiency, enhanced load capacity, and reduced electrical losses. With solutions from companies like Kelida, businesses can achieve optimal performance and reliability in their electrical systems.

References

1. Electrical Power Systems: Concepts, Theory, and Practice, Kumar, S. (2019).
2. Kelida Company Website - Product Specifications and Use Cases.
3. Power Quality and Reliability, IEEE Transactions on Power Delivery, Vol. 34 (2018).