Brief Introduction about 1250KVA Tunnel high-power three-phase oil immersed voltage regulator below:
Product details:
1. High power voltage regulation capability
The rated capacity of 1250KVA oil immersed voltage regulator is 1250 kVA, which can provide stable voltage regulation for large industrial equipment, power systems, etc. This voltage regulator is particularly suitable for places that require high-power power support, such as tunnels, mines, and power substations. It can effectively regulate the fluctuation of input voltage, provide a stable output voltage range, ensure downstream equipment is always in a safe and stable working state, and avoid equipment damage or shutdown caused by voltage fluctuations.
2. Three phase power regulation function
This voltage regulator adopts three-phase power regulation technology, which can provide stable output of three-phase AC power and is suitable for three-phase power systems. Three phase systems are widely used in various fields such as industry, transportation, and energy, especially in high-power load environments, to ensure the balance of three-phase currents and avoid power system failures caused by single-phase current imbalance. Three phase regulation can efficiently solve the problem of load imbalance and improve the reliability and efficiency of power use.
3. Oil immersed cooling technology
The 1250KVA oil immersed voltage regulator adopts oil immersed cooling technology, which can effectively utilize the excellent thermal conductivity and insulation performance of transformer oil, ensuring the heat dissipation effect of the equipment during long-term operation. Oil immersed systems not only effectively reduce equipment temperature and prevent overheating, but also provide better insulation protection to avoid electrical failures caused by overheating. Compared to air-cooled systems, oil immersed cooling systems have higher heat dissipation efficiency in high-power and high load working environments, ensuring stable operation of equipment.
4. Precise voltage regulation
This voltage regulator can achieve a voltage regulation accuracy of ± 1%, ensuring the stability of the output voltage even in situations where the grid voltage fluctuates greatly. Accurate voltage regulation can effectively prevent equipment damage, performance degradation, or shutdown issues caused by unstable voltage. Whether in power systems, electrical equipment, or large-scale industrial production, 1250KVA oil immersed voltage regulators can provide reliable voltage support to ensure the normal operation of various equipment.
5. Multiple protection functions
In order to enhance the safety and stability of the equipment, the voltage regulator is equipped with various protection functions, including:
Overload protection: When the equipment load exceeds the rated capacity, the voltage regulator will automatically cut off the power supply to prevent overload damage to the equipment.
Overvoltage protection: When the input voltage exceeds the safe range, the voltage regulator automatically cuts off the power supply to prevent equipment from being damaged by high voltage.
Short circuit protection: Once a short circuit occurs, the voltage regulator will quickly cut off the current to prevent equipment damage and power system failure.
Over temperature protection: Monitor the operating temperature of the equipment. When the temperature is too high, the voltage regulator will automatically cool down or power off to ensure that the equipment operates at a safe temperature.
6. Widely used
The 1250KVA oil immersed voltage regulator is particularly suitable for places with high power demand and frequent voltage fluctuations in the power grid, such as tunnels, power substations, mines, and subways. In these application scenarios, voltage regulators can ensure the stable operation of the system and avoid equipment failures or production delays caused by unstable voltage.
7. Energy saving and efficient
This voltage regulator adopts an efficient energy conversion design, reducing energy loss and improving overall energy efficiency. Due to its efficient oil immersed cooling system and low-energy design, it not only reduces operating costs but also extends the service life of the equipment.
Factory workshop picture
