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TextilePV-DG SynchronizationCompleted Apr 2026

PV-Generator Synchronization for Fazal-e-Rabi Textile

PV-Generator synchronization system with Zero Export and cloud-based monitoring

Industry

Textile

Location

Pakistan

Solution

PV-DG Synchronization

Primary Outcome

Reliability Improvement

PV-Generator Synchronization for Fazal-e-Rabi Textile project overview

Client Challenge

Fazal-e-Rabi Textile needed automatic coordination between its solar PV system and backup generator, protection against reverse power feed into the generator, and remote visibility into system performance.

Scope of Work

Installation of a PV-Generator synchronization system for Fazal-e-Rabi Textile

Solution Architecture

Automatrix Engineering supplied a PV-Generator synchronization controller featuring Zero Export functionality, generator reverse power protection, and cloud-based controlling and monitoring.

Implementation & Commissioning

The controller integrates the PV system with the site generator, enforcing Zero Export limits and reverse power protection on the generator, with all parameters accessible remotely through cloud monitoring.

Components, Technologies, and Protocols

Components Used

  • • SCADA
  • • IIoT Gateway
  • • Generator Synchronization
  • • Power Protection Relay

Technologies

SCADAIIoT GatewayGenerator SynchronizationPower Protection Relay

Protocols / Interfaces

  • Not publicly documented for this project.

Results and Measurable Outcomes

Quantified performance results (e.g. fuel savings, uptime) have not yet been recorded for this site. As installed, the system delivers Zero-export compliance, generator reverse-power protection, and 24/7 remote visibility.

  • Improved operational visibility
  • More stable source coordination
  • Reduced manual intervention
  • Better export compliance
  • Improved fault response readiness
  • Improved power reliability

Project FAQ

What was the primary challenge in PV-Generator Synchronization for Fazal-e-Rabi Textile?

Fazal-e-Rabi Textile needed automatic coordination between its solar PV system and backup generator, protection against reverse power feed into the generator, and remote visibility into system performance.

How was the solution implemented?

The controller integrates the PV system with the site generator, enforcing Zero Export limits and reverse power protection on the generator, with all parameters accessible remotely through cloud monitoring.

What outcomes were delivered?

Improved operational visibility, More stable source coordination, Reduced manual intervention, Better export compliance, Improved fault response readiness, Improved power reliability

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