⚡ Power Distribution & Substation Equipment
Our Power Distribution & Substation Equipment portfolio is designed to ensure safe, reliable, and efficient delivery of electrical power from generation sources to industrial and commercial loads. Aimtech Power Engineering Ltd. provides complete solutions covering design, supply, installation, and commissioning of critical substation components built to meet international standards and demanding operating environments.
🔹 Complete Substation (33/11kV)
We deliver turnkey substation solutions including engineering design, equipment supply, installation, protection systems, testing, and commissioning to ensure stable and secure power distribution.
🔹 Oil Immersed Transformers
High-efficiency transformers designed for reliable voltage conversion with excellent thermal performance, long service life, and minimal maintenance.
🔹 High Voltage (HT) Switchgear
Robust switching and protection systems that safely control high-voltage power networks, ensuring fault protection and operational continuity.
🔹 Low Voltage (LT) Switchgear
Comprehensive low-voltage distribution systems that provide safe power control, protection, and monitoring for downstream electrical loads.
🔹 Vacuum Circuit Breaker (VCB)
Advanced circuit breakers offering fast fault interruption, high reliability, and low maintenance for medium-voltage applications.
🔹 Load Break Switch (LBS)
Reliable switching devices used for safe load switching, isolation, and network control in distribution systems.
🔹 Lightning Arrester (LA)
Protective devices that safeguard electrical equipment from lightning surges and transient overvoltages, enhancing system safety.
🔹 Drop Out Fuse (DOF)
Cost-effective overcurrent protection solution that provides visible isolation and protects transformers and feeders from faults.
🔹 Current Transformer (CT) & Potential Transformer (PT)
Precision measuring and protection transformers that enable accurate monitoring, metering, and relay operation in power systems.
🔹 Bus Coupler Panel
Ensures flexible and reliable busbar operation by connecting or isolating bus sections, improving system redundancy and maintenance flexibility.