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Istanbul · 2024
On an industrial site with variable day and night load, daytime generation alone may not cover operational need. Storage enters to balance night consumption and demand patterns.
Rooftop PV capacity was sized to the load profile. Storage was integrated in the transformer room and both systems are monitored together after commissioning.
The facility runs process and HVAC loads across day and night shifts. Generation potential existed on the roof, but night consumption and demand patterns required storage to be part of the same engineering decision.
The objective was to integrate rooftop PV and battery storage with unified protection design and a single monitoring view — without promising fixed demand-charge reductions.
Size rooftop PV and storage against the day/night load profile together.
Coordinate protection and integration engineering in one project frame.
Provide joint monitoring for generation and storage performance after commissioning.
From profile and scenario analysis through integration engineering, installation and joint monitoring — one line for PV and storage at an industrial site.
Profile & scenario analysis
Day/night load gap and rooftop potential assessed together to size both systems.
Integration engineering
PV and storage protection, transformer room layout and control logic in one design.
Installation & commissioning
Rooftop PV and storage install coordinated with industrial site access constraints.
Joint monitoring
Generation and storage performance on one dashboard with alarm configuration.
PV and storage were sized from the same load profile — not as independent add-ons. Protection coordination and transformer room layout were resolved before installation started.
Monitoring was configured for operational visibility on both systems. The showcase describes integration capability, not guaranteed demand-charge or cost outcomes.
Profile & scenario analysis
Day/night load review and sizing scenario documented for PV and storage together.
Integration engineering
Protection design, room layout and control logic coordinated in one project line.
Installation & commissioning
Rooftop PV and storage install completed with unified acceptance testing.
Joint monitoring handover
Combined dashboard, alarm thresholds and maintenance briefing delivered.
The showcase outcome is a commissioned PV and storage line with joint monitoring active — giving the facility team one view of generation and battery performance.
Integration engineering resolved protection and room layout before install. Handover included maintenance access documentation for both rooftop and storage equipment.
Showcase scenario — performance and economic outputs are illustrative only; not a commitment or guarantee.PV and storage protection in one engineering frame
Combined monitoring dashboard for both systems
Unified acceptance testing at handover
Service documentation for rooftop and storage assets
Rooftop PV and storage integration at an Istanbul industrial site.
Share your load profile — we will model a PV + storage scenario together.
Share your facility type, target capacity and delivery expectations — we will outline a feasibility frame similar to these showcases.
