This project highlights our expertise in designing a robust off-grid solar system for remote island locations.
INFRASTRUCTURE AS IDENTITY
For the Kusu Island redevelopment (managed by SLA), Cripton Environmental Engineering was tasked with a unique challenge: deliver total energy independence to a pilgrimage site without compromising its visual or cultural sanctity.
The result is a bespoke Floating Photovoltaic (FPV) system. The array is geometrically configured to mirror the island’s mythological “Tortoise” heritage, floating unobtrusively in the lagoon. This is not merely an aesthetic choice; the modular pontoon structure allows for tidal adaptation and protects the marine floor below.

Harmonious Integration: Modern energy infrastructure respecting a century of tradition.

System Specifications
Project Type
Solar PV Off-Grid Commercial Microgrid Hybrid System
Solar PV Capacity
400 kWp (Floating Solar PV System)
Energy Storage
Ritar OPzV2-1200 Tubular Gel (Deep Cycle Gel Batteries)
Redundancy
Silent Diesel Generator Integration
Safety Protocol
Full Lightning Protection & IP65 Enclosures
Structure
Marine-Grade Modular Floating Pontoons
Location
Kusu Island, Singapore Straits
24/7 RESILIENCE: THE HIDDEN POWERHOUSE
True energy independence requires more than just generation; it demands reliable storage. The Kusu Island system is anchored by a climate-controlled energy vault housing a massive bank of OPzV Tubular Gel batteries. Chosen for their deep-cycle capabilities and durability in humid marine environments, these units ensure the island remains powered through the night.
To guarantee 100% uptime for critical temple and sanctuary operations, the microgrid features an integrated silent diesel generator. This hybrid architecture provides a seamless safety net, automatically bridging any gaps during prolonged monsoon seasons.

Hybrid Redundancy: High-capacity storage paired with automated backup generation

Remote capability, within sight of the CBD.
Need a reliable off-grid power solution for your facility? Contact our engineering team for a feasibility study.
Looking for similar marine or off-grid energy solutions? View our Commercial Solar PV Systems page.

