LV, MV, HV (Low, Medium, High Voltages) Switchgears And Panels
Welcome To Sahyadri Enterprises
We are Designer, Manufacturer, Supplier, Installation, Commissioning Services Provider of LV (Low Voltages), MV (Medium Voltages), HV (High Voltages) Switchgears and Panels and Our setup is situated in Baramati, Pune, Maharashtra, India. We serve ALL Over India but We Majorly target customers from All Cities of Maharashtra, Karnataka, Gujrat.
A.Low Voltage Switchgears and Panels:
Description: LV Voltage (Low Voltage) Switchgears and Panels are electrical distribution systems designed to control and protect electrical circuits operating at Low Voltages, typically up to 1000V.
Advantages:
Efficient power distribution and control for Low Voltage applications.
Enhanced safety by providing protection against overloads, short circuits, and electrical faults.
Compact design and easy installation.
Features:
Circuit breakers or fuses for circuit protection.
Busbars for power distribution.
Control Switches and Indicators.
Monitoring and metering devices.
Benefits:
Reliable power distribution and control for residential, commercial, and small-scale industrial applications.
Quick fault detection and isolation, minimizing downtime.
Improved electrical safety for personnel and equipment.
B. Medium Voltage Switchgears and Panels:
Description: Medium Voltage switchgears and panels are designed to control and protect electrical circuits operating at Medium Voltages, typically ranging from 1kV to 36kV.
Advantages:
Efficient power distribution and control for Medium Voltage applications.
Robust protection against electrical faults and overloads.
Modular design for flexibility and future expansion.
Features:
Vacuum or SF6 circuit breakers for circuit protection.
Isolation switches for maintenance purposes.
Protection relays for fault detection and coordination.
Control and monitoring systems.
Benefits:
Reliable power distribution for medium-scale industrial, commercial, and institutional facilities.
Enhanced safety through advanced protection mechanisms.
Reduced downtime and improved maintenance efficiency.
C.High Voltage Switchgears and Panels:
Description: High Voltage Switchgears and Panels are designed to control and protect electrical circuits operating at high voltages, typically above 36kV.
Advantages:
Efficient power transmission and distribution for high voltage applications.
Robust protection against electrical faults, arc flashes, and overloads.
Advance dmonitoring and control capabilities.
Features:
SF6 or oil-filled circuit breakers for circuit protection.
Instrument transformers for voltage and current measurement.
Surge arresters for protection against voltage surges.
Control and monitoring systems with remote operation capabilities.
Benefits:
Reliable power transmission and distribution for large-scale industrial, utility, and infrastructure applications.
Enhanced safety for high voltage operations.
Improved fault detection, isolation, and rapid restoration of power.
Efficient monitoring and maintenance of high voltage networks.
Description: LV Voltage (Low Voltage) Switchgears and Panels are electrical distribution systems designed to control and protect electrical circuits operating at Low Voltages, typically up to 1000V.
Advantages:
Efficient power distribution and control for Low Voltage applications.
Enhanced safety by providing protection against overloads, short circuits, and electrical faults.
Compact design and easy installation.
Features:
Circuit breakers or fuses for circuit protection.
Busbars for power distribution.
Control Switches and Indicators.
Monitoring and metering devices.
Benefits:
Reliable power distribution and control for residential, commercial, and small-scale industrial applications.
Quick fault detection and isolation, minimizing downtime.
Improved electrical safety for personnel and equipment.
B. Medium Voltage Switchgears and Panels:
Description: Medium Voltage switchgears and panels are designed to control and protect electrical circuits operating at Medium Voltages, typically ranging from 1kV to 36kV.
Advantages:
Efficient power distribution and control for Medium Voltage applications.
Robust protection against electrical faults and overloads.
Modular design for flexibility and future expansion.
Features:
Vacuum or SF6 circuit breakers for circuit protection.
Isolation switches for maintenance purposes.
Protection relays for fault detection and coordination.
Control and monitoring systems.
Benefits:
Reliable power distribution for medium-scale industrial, commercial, and institutional facilities.
Enhanced safety through advanced protection mechanisms.
Reduced downtime and improved maintenance efficiency.
C.High Voltage Switchgears and Panels:
Description: High Voltage Switchgears and Panels are designed to control and protect electrical circuits operating at high voltages, typically above 36kV.
Advantages:
Efficient power transmission and distribution for high voltage applications.
Robust protection against electrical faults, arc flashes, and overloads.
Advance dmonitoring and control capabilities.
Features:
SF6 or oil-filled circuit breakers for circuit protection.
Instrument transformers for voltage and current measurement.
Surge arresters for protection against voltage surges.
Control and monitoring systems with remote operation capabilities.
Benefits:
Reliable power transmission and distribution for large-scale industrial, utility, and infrastructure applications.
Enhanced safety for high voltage operations.
Improved fault detection, isolation, and rapid restoration of power.
Efficient monitoring and maintenance of high voltage networks.