Smart city containers

Case Study

Hybrid Energy Management for a Smart City Development in Yangon, Myanmar

30 Jun 2026

5 min read

Project overview

When the developer of StarCity, a residential development in Yangon's Thanlyin Township, faced mounting inefficiencies from running more than 15 individual diesel generators across the site, ComAp's Myanmar distributor Logic Link delivered a comprehensive solution. The project consolidated scattered backup generators into a centralised diesel power plant, synchronised them using ComAp controllers, and integrated the site's existing renewable energy resources into a diesel hybrid system. The result: a reduction in the number of generators required from more than 15 to just 5, and a significant, measurable reduction in the site’s carbon emissions footprint.

Key objectives:

  • Consolidate backup diesel generators from individual buildings into a single centralised power plant 
    • Synchronise and parallel the centralised generators using ComAp control technology to match output to actual demand 
    • Integrate the site's existing renewable energy resources with the diesel power system, enabling diesel hybrid operation  
    • Provide centralised monitoring and remote management of the entire power system via SCADA 
Smart city containers

The challenge

StarCity's electrical infrastructure includes a 33 kV switchyard with multiple transformers and 11 kV distribution switchgear. Due to unreliable utility supply, the development was forced to depend heavily on backup diesel generators distributed beneath each tower, more than 15 units in total across multiple capacity ratings.

However, because backup power was charged at a higher rate per kWh than the utility one, residents minimised their usage during outages. The developer was still required to run every generator under the site's operational policy, resulting in all units operating well below their efficient load range. A renewable energy source was already on site and connected to the national grid, but with no integration with the diesel generators. 

Generator sets 1

The solution

Logic Link proposed a multi-phase transformation. First, the excess diesel generators were relocated from individual buildings into a single, purpose-built central generator room, then synchronised and paralleled using ComAp controllers. This enabled load-based dispatch, starting and stopping units according to actual demand. 

In the second phase, ComAp's hybrid control technology integrated the site's existing renewable energy resources with the diesel system, allowing renewable energy to offset diesel fuel consumption during grid outages. InteliSCADA provided centralised monitoring and remote management via InteliVision touchscreen displays and WebSupervisor

The ComAp equipment supplied included three InteliMains NT BaseBox controllers paired with InteliVision 5 displays for ATS management, eight InteliGen NT BaseBox controllers with InteliVision 5 displays for generator synchronising, an InteliVision 18Touch display for local SCADA visualisation, and an InteliBridge NT module for remote monitoring. 

backup power

The result

Where the site previously required more than 15 generators running at quarter load, only five 1,000 kVA units now operate to meet demand, with renewable power covering a significant share. The consolidation and load-optimised dispatch delivered a substantial improvement in fuel efficiency, translating directly into a marked reduction in the site's daily carbon emissions.

The centralised architecture has also given the developer a scalable platform for future expansion, and the project has opened the door to continued partnership between the developer, Logic Link, and ComAp. 

Generator set

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