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TextilePV-DG SynchronizationCompleted Apr 2024

400kW Solar-Grid-Generator Synchronization for Shafi Life Style

Synchronization of a 400 kW solar power system with the national grid and a backup generator to deliver a stable, cost-efficient hybrid power supply.

Industry

Textile

Location

Pakistan

Solution

PV-DG Synchronization

Primary Outcome

Reliability Improvement

400kW Solar-Grid-Generator Synchronization for Shafi Life Style project overview

Client Challenge

The facility needed to combine a 400 kW solar installation with WAPDA grid power and a generator, but without synchronization, load sharing between sources would be inconsistent and power quality unstable.

Scope of Work

Project scope details are available from the engineering team.

Solution Architecture

Automatrix's engineering team synchronized all three sources - solar, grid and generator - into a coordinated hybrid power system with automatic transfer switching and predefined load priorities.

Implementation & Commissioning

The system was configured to prioritize solar generation to reduce dependency on grid and generator, with automatic switching between sources and centralized monitoring to oversee load distribution and efficiency.

Components, Technologies, and Protocols

Components Used

  • SCADA
  • Generator Synchronization

Technologies

SCADAGenerator Synchronization

Protocols / Interfaces

  • Not publicly documented for this project.

Results and Measurable Outcomes

The facility achieved stable voltage and frequency regardless of active power source, reduced fuel and grid dependency, and gained centralized oversight of its hybrid power system.

  • More stable source coordination
  • Improved power reliability

Project FAQ

What was the primary challenge in 400kW Solar-Grid-Generator Synchronization for Shafi Life Style?

The facility needed to combine a 400 kW solar installation with WAPDA grid power and a generator, but without synchronization, load sharing between sources would be inconsistent and power quality unstable.

How was the solution implemented?

The system was configured to prioritize solar generation to reduce dependency on grid and generator, with automatic switching between sources and centralized monitoring to oversee load distribution and efficiency.

What outcomes were delivered?

More stable source coordination, Improved power reliability

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