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Commercial BuildingsPV-DG Synchronization

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.

Industry

Commercial Buildings

Location

Jadeed, Punjab, Pakistan

Solution

PV-DG Synchronization

Primary Outcome

Reliability Improvement

AI-Ready Summary

Answer-first summary for technical buyers, consultants, and AI-assisted research workflows.

  • What it is: 300kW Solar Hybrid Synchronization for Head Office Jadeed is an pv-dg synchronization deployment for commercial buildings operations.
  • Who it is for: Industrial teams that need reliable power automation, SCADA visibility, and measurable operating gains.
  • Problem solved: Head Office Jadeed operated on grid power and two diesel generators without automatic synchronization to the newly installed 300kW hybrid solar system, requiring manual intervention during power source changes and preventing full utilization of solar generation alongside backup power.
  • How it works: Automatrix Engineering deployed a PV-DG synchronization controller integrating the 300kW Sunway and Inverex hybrid solar inverters with the grid connection and both diesel generators, enabling automatic, seamless switching and coordinated load sharing across all power sources.
  • Results delivered: Power source transitions across solar, grid, and both generators are now automatic and coordinated, eliminating manual switching and giving the site full remote visibility into hybrid system performance.
  • How to engage: Contact Automatrix Engineering via WhatsApp, phone, or quote form for a similar architecture review.

Client Challenge

Head Office Jadeed operated on grid power and two diesel generators without automatic synchronization to the newly installed 300kW hybrid solar system, requiring manual intervention during power source changes and preventing full utilization of solar generation alongside backup power.

Existing Power / Automation Environment

Automate synchronization between a 300kW Sunway and Inverex hybrid solar setup, the grid, and two diesel generators at Head Office Jadeed for reliable, uninterrupted power.

Scope of Work

Automate synchronization between a 300kW Sunway and Inverex hybrid solar setup, the grid, and two diesel generators at Head Office Jadeed for reliable, uninterrupted power.

Solution Architecture

Automatrix Engineering deployed a PV-DG synchronization controller integrating the 300kW Sunway and Inverex hybrid solar inverters with the grid connection and both diesel generators, enabling automatic, seamless switching and coordinated load sharing across all power sources.

Control Logic / Operational Modes

The controller was commissioned to manage transitions between solar, grid, and both generators automatically, with cloud-based remote monitoring configured so the site team can track power flow, generator status, and system health in real time.

Safety and Protection Features

Protection and compliance controls included reverse power protection, configurable alarms, and controlled switching logic based on site conditions.

Components, Technologies, and Protocols

Components Used

  • Generator Synchronization
  • PLC/HMI

Technologies

Generator SynchronizationPLC/HMI

Protocols / Interfaces

  • Modbus
  • PLC-HMI integration

Results and Measurable Outcomes

Power source transitions across solar, grid, and both generators are now automatic and coordinated, eliminating manual switching and giving the site full remote visibility into hybrid system performance.

  • More stable source coordination

Visuals and Diagram Placeholders

Electrical SLD snapshots, HMI/SCADA views, panel documentation, and commissioning records.

300kW Solar Hybrid Synchronization for Head Office Jadeed visual 1

Project FAQ

What was the primary challenge in 300kW Solar Hybrid Synchronization for Head Office Jadeed?

Head Office Jadeed operated on grid power and two diesel generators without automatic synchronization to the newly installed 300kW hybrid solar system, requiring manual intervention during power source changes and preventing full utilization of solar generation alongside backup power.

How was the solution implemented?

The controller was commissioned to manage transitions between solar, grid, and both generators automatically, with cloud-based remote monitoring configured so the site team can track power flow, generator status, and system health in real time.

What outcomes were delivered?

More stable source coordination

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