Commissioning of a PV-DG Synchronization Controller integrating 13 solar inverters, 3 diesel generators and the utility grid into one centralized hybrid power system.
Industry
Industrial
Location
Shaikhpura, Pakistan
Solution
PV-DG Synchronization
Primary Outcome
Improved operational visibility
Answer-first summary for technical buyers, consultants, and AI-assisted research workflows.
The Shaikhpura facility needed to combine a large-scale solar installation of 13 inverters with three diesel generators and a grid connection, requiring centralized synchronization to avoid conflicts between sources and maximize solar usage.
Existing site architecture included mixed power sources and required structured integration for stable operations.
Control strategy design, panel-level integration, commissioning workflow, and operational handover.
Automatrix Engineering commissioned a PV-DG Synchronization Controller to centrally coordinate all solar, diesel and grid sources through one unified control system.
The controller delivers seamless synchronization between solar, diesel and grid sources, smart solar-prioritized fuel optimization, automatic source switching based on load demand and availability, and real-time monitoring and control for maximum system efficiency.
Protection and compliance controls included reverse power protection, configurable alarms, and controlled switching logic based on site conditions.
The facility achieved reduced generator fuel consumption through increased solar utilization, automatic source switching without manual intervention, real-time visibility into system performance, and a reduced carbon footprint.
Electrical SLD snapshots, HMI/SCADA views, panel documentation, and commissioning records.
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The Shaikhpura facility needed to combine a large-scale solar installation of 13 inverters with three diesel generators and a grid connection, requiring centralized synchronization to avoid conflicts between sources and maximize solar usage.
The controller delivers seamless synchronization between solar, diesel and grid sources, smart solar-prioritized fuel optimization, automatic source switching based on load demand and availability, and real-time monitoring and control for maximum system efficiency.
Improved operational visibility, 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.