Abhishek Energy Sales

We offer a 36 kV Vacuum Circuit Breaker, engineered for reliable switching and protection in medium‑voltage power transmission and distribution systems. Utilizing advanced vacuum interruption technology, this breaker provides fast and arc‑free interruption of fault currents, superior dielectric performance, and minimal maintenance requirements. Designed with robust construction and precision components, the 36 kV Vacuum Circuit Breaker ensures safe operation, enhanced system stability, and long‑term reliability. Ideal for substations, industrial networks, and electrical distribution panels, it delivers dependable performance and efficient control of medium‑voltage electrical circuits.

We offer a 132 kV SF6 Circuit Breaker, designed for high-voltage power transmission and distribution networks requiring reliable switching and protection. Utilizing sulfur hexafluoride (SF6) gas as the arc-quenching medium, this circuit breaker provides superior dielectric strength, fast interruption of fault currents, and minimal maintenance requirements. Engineered with robust construction and precision components, the 132 kV SF6 Circuit Breaker ensures safe operation, long service life, and high system reliability. Ideal for substations, industrial power systems, and utility networks, it delivers efficient, durable, and safe control of high-voltage electrical circuits.

We offer a high‑performance 11 kV Vacuum Circuit Breaker, engineered for reliable interruption and protection of medium‑voltage electrical systems. Utilizing advanced vacuum interruption technology, this breaker provides fast arc quenching, excellent dielectric strength, and minimal maintenance requirements. Designed with robust construction and precision components, it ensures safe switching of load and fault currents, enhances system stability, and extends equipment life. Ideal for use in substations, industrial power networks, and distribution systems, the 11 kV Vacuum Circuit Breaker delivers dependable performance, superior safety, and long‑term operational reliability.

We are a trusted manufacturer and supplier of 24 kV Three Phase Outdoor Vacuum Circuit Breakers, engineered to provide reliable protection and efficient operation in high-voltage power distribution networks. Utilizing advanced vacuum interruption technology, these breakers ensure rapid fault isolation, superior arc quenching, and long-term system stability.

Designed for outdoor applications, our 24 kV Three Phase Outdoor Vacuum Circuit Breakers offer robust performance under harsh environmental conditions, minimal maintenance requirements, and extended service life. Ideal for substations, industrial installations, and utility networks, they deliver a safe, efficient, and dependable solution for modern power distribution needs.

We are a trusted manufacturer and supplier of 5 kVA Three Phase Air Circuit Breakers, designed to provide reliable protection and efficient operation for electrical systems. Engineered with high-quality components and precision technology, these breakers ensure rapid fault detection, safe interruption of current, and enhanced system stability.

Ideal for industrial, commercial, and utility applications, our 5 kVA Three Phase Air Circuit Breakers offer robust performance, long service life, and minimal maintenance requirements. With superior safety features and consistent operation under demanding conditions, they deliver a dependable and cost-effective solution for power distribution and electrical protection needs.

We are a reliable supplier of 33kV Vacuum Circuit Breakers from Crompton Greaves, designed to ensure safe and efficient protection of high-voltage electrical systems. Built with advanced vacuum interruption technology and high-quality components, these circuit breakers provide fast fault isolation, superior arc quenching, and dependable performance in critical applications.

Engineered for durability and precision, the 33kV Crompton Greaves Vacuum Circuit Breaker offers consistent operation under demanding conditions with minimal maintenance requirements. Widely used in power distribution networks, substations, and industrial installations, it ensures enhanced safety, long service life, and optimal system reliability.