Client Challenge
The facility needed to combine five solar inverters, a diesel generator, and grid supply into one reliable system, but manual operation risked poor load balancing, high fuel costs, and gave engineers no remote visibility.
A PV Generator Controller system synchronizing 5 solar inverters, a diesel generator and grid supply to optimize power distribution at a cotton processing facility.
Industry
Textile
Location
Pakistan
Solution
PV-DG Synchronization
Primary Outcome
Reliability Improvement

The facility needed to combine five solar inverters, a diesel generator, and grid supply into one reliable system, but manual operation risked poor load balancing, high fuel costs, and gave engineers no remote visibility.
Project scope details are available from the engineering team.
Automatrix installed and commissioned a PV Generator Controller System with intelligent power management, enabling seamless integration and smart, dynamic load sharing between all three sources.
Configured smart load balancing logic, remote monitoring accessible anytime from anywhere, a user-friendly interface designed for operators, engineers and management alike, plus customizable alarms and detailed performance reports.
The facility achieved maximized solar usage and reduced fuel dependency, gained proactive fault alerts and performance analytics, and improved ease of use across all operating staff levels.
500kW Solar-Diesel-Grid Synchronization for Zimal Textile
PLC-based solar-DG-grid sync with Zero Export, up to 60% fuel savings.
Energy Monitoring System for Sareena Textile Mill Shaikhupura
Real-time energy monitoring system for Sareena Textile Mill Shaikhupura, providing load flow visibility and breaker status monitoring across three separate powerhouses.
200kW Solar PV-DG Synchronization for Hometex Corporation
PLC-based Solar-DG synchronization system for Hometex Corporation, integrating a 200kW solar PV array with a 100 KVA diesel generator and WAPDA grid supply with zero-export mode.
The facility needed to combine five solar inverters, a diesel generator, and grid supply into one reliable system, but manual operation risked poor load balancing, high fuel costs, and gave engineers no remote visibility.
Configured smart load balancing logic, remote monitoring accessible anytime from anywhere, a user-friendly interface designed for operators, engineers and management alike, plus customizable alarms and detailed performance reports.
More stable source coordination, 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.