PV-DG synchronization system for SSC Solar - MC Office Kamoki, integrating a 100kW Solis solar inverter with grid and diesel generator sources for automatic, seamless power switching and monitoring.
Industry
Commercial Buildings
Location
Kamoki, Punjab, Pakistan
Solution
PV-DG Synchronization
Primary Outcome
Reduced manual intervention
MC Office Kamoki relied on grid power and a diesel generator without automatic synchronization, requiring manual switching between sources whenever grid power was lost, causing downtime and inefficient generator fuel usage during transfer.
Deploy a PV-DG synchronization system at SSC Solar's MC Office in Kamoki to automatically synchronize a 100kW Solis solar inverter with the utility grid and an on-site diesel generator.
Automatrix Engineering deployed a PV-DG synchronization controller integrating the site's 100kW Solis solar inverter with the grid connection and diesel generator, enabling automatic, seamless switching and synchronized load sharing across all three power sources without manual intervention.
The controller was installed and configured to monitor grid status, solar output, and generator availability in real time, with remote cloud-based monitoring set up so the site team can track power flow and system status from anywhere.
Power source transitions between solar, grid, and generator are now automatic and seamless, removing the need for manual switching and giving the site team real-time visibility into system performance.
300kW Solar Hybrid Synchronization for Head Office Jadeed
PV-DG synchronization system for Head Office Jadeed, integrating a 300kW Sunway & Inverex hybrid solar inverter setup with the grid and two diesel generators for automatic, seamless power switching and monitoring.
300kW Solar PV-DG Synchronization for Gun & Country Club
Automatrix Engineering deployed a 300kW solar PV system at Gun & Country Club with a PLC-based Solar-DG synchronization controller, integrating two inverters, two diesel generators, and WAPDA grid supply with zero-export protection.
MC Office Kamoki relied on grid power and a diesel generator without automatic synchronization, requiring manual switching between sources whenever grid power was lost, causing downtime and inefficient generator fuel usage during transfer.
The controller was installed and configured to monitor grid status, solar output, and generator availability in real time, with remote cloud-based monitoring set up so the site team can track power flow and system status from anywhere.
Reduced manual intervention
Share your load profile, control objectives, and site constraints. We will propose architecture options, implementation scope, FAT/SAT plan, and support model.