Solar PV, battery storage and your existing diesel generators — integrated into one synchronised system. Solar carries the day. Batteries smooth the peaks. Diesel runs only when needed, at optimal load. Turnkey from Malé with the same team that already lives in your engine room.
Every atoll resort runs on diesel today. The genset hall is the heart of the property: air-conditioning, water-makers, fridges, lighting, kitchens, the pool plant. When fuel prices move, your operating margin moves with them. When a shipment slips, the on-island fuel tank dictates how long you can stay live.
The hidden costs are larger than the fuel bill itself. Diesels run for hours at part-load that's miles from their efficient operating point — burning extra litres just to keep the lights on at 3am. Engine maintenance intervals come faster the more hours you put on a genset. And there's the noise, the heat in the engine room, and increasingly the emissions question your corporate office is asking.
The opportunity: a properly engineered solar + battery + generator hybrid takes the daytime load off your gensets entirely, runs them only at their efficient point at night, and cuts your annual diesel bill by 30-50%. Payback typically lands in the 3-5 year window. Then the saving keeps coming for the next 20 years.
The architecture is simple in principle, demanding in engineering. Solar PV mounted on roofs and canopy structures generates free daytime power. A lithium-ion battery bank stores surplus solar and covers cloud transients and night-time load. A smart synchronisation controller orchestrates everything, deciding in real time how much each source contributes. Your existing diesel gensets stay in place — but they only fire when the controller asks them to, and only at the load level they're most efficient at.
Free daytime energy from roof & canopy.
Stores surplus, covers clouds & night load.
Balances all sources in real time.
Uninterrupted power, lower fuel invoices.
Your existing gensets stay. We integrate them as load-following and standby sources. Because they only run when called for, and only at their most efficient operating point, engine life extends and overhaul intervals stretch out. The same gensets we'd be overhauling for you anyway, just doing less work.
The exact numbers depend on your roof and canopy area, current diesel running pattern, fuel cost, and the load profile your guests put on the system. The ranges below are indicative for typical Maldivian resort configurations — we model the precise figures for your property during a free audit.
Figures are indicative ranges based on typical Maldivian resort load profiles and prevailing diesel pricing. A site-specific audit produces actual sizing, capex, opex savings and payback.
Every component is selected for marine-grade island deployment — salt-air corrosion, high ambient temperature and limited on-island maintenance windows shape every spec choice.
Tier-1 monocrystalline modules, marine-grade frames, salt-mist withstand rated. Roof-mounted and/or carport canopy structures sized to the resort layout.
Lithium-ion (typically LFP) BESS sized to load profile. Battery management system, thermal control, cycle life rated for daily deep-cycle operation.
Industrial-grade hybrid inverters / power conversion system. Bidirectional, grid-forming capable, designed for diesel-genset paralleling.
Energy management system (EMS) that orchestrates solar, battery and genset in real time. Load forecasting, dispatch optimisation, dynamic frequency & voltage support.
Interface with your existing Deutz / Cummins / CAT / Perkins sets and ATS. New protection, paralleling switchgear, governor & AVR adjustments as needed.
Live dashboards for resort engineering: PV generation, battery state of charge, genset hours, fuel saved, CO₂ avoided. Remote diagnostics from our Malé team.
Most solar EPCs aren't engine-room people. They install PV, hand over, and walk away. Hybrid integration is fundamentally an electrical-control and engine-management problem layered on top of PV — that's where projects go wrong without the right team.
Hybrid projects fail when the audit is rushed. Our process front-loads the engineering so the numbers we put in the proposal are the numbers your resort actually sees in year one.
Engineer to site. Load profile measurement, roof & canopy assessment, genset condition review, electrical infrastructure check.
Hourly simulation across a typical year. Sizing options, capex, opex savings, payback. Quote within 3-4 weeks of site visit.
Detailed engineering, equipment sourcing from Tier-1 vendors, marine-grade spec. Long-lead items staged in Malé.
Mobilise team and equipment to resort. PV erection, BESS install, switchgear, integration with existing gensets. Load-bank test, parallel test, handover.
Annual maintenance contract, remote diagnostics, performance reporting, on-island engineer dispatch — same team you already trust for the gensets.
Typical diesel-reduction range is 30-50% depending on roof area, load profile and the size of the solar + battery system we install. Payback periods land in the 3-5 year window for most properties. Specific savings depend on your fuel cost, current generator running pattern and how much PV your roof and canopy area can support — we model this in detail during the free audit.
No. Existing diesel gensets stay in place. We integrate them into a synchronised system as standby and load-following sources. Because they only run when needed and at their most efficient load point, engine life extends and maintenance cost drops. Solar PV and battery bank carry the daytime load; the genset takes over at night and during peak demand, but only at the load level it's most efficient at.
Tier-1 solar PV modules (roof and/or canopy mounted), industrial-grade hybrid inverters, lithium-ion battery energy storage (BESS) sized to your load and shading profile, a synchronisation and energy management controller, monitoring with remote diagnostics, and integration with your existing diesel gensets and ATS. Plus the cabling, protection, structural and civil works to support it on an island environment.
During the day, solar PV carries the resort load; surplus charges the battery bank. As cloud cover passes or load spikes, the battery instantly fills the gap so guests never see a flicker. When solar drops at sunset, the battery handles the evening load and the diesel genset starts at its most efficient operating point, running at steady output. Overnight, the genset and battery balance the load between them, and at dawn the solar takes over again. The smart controller handles all of this in real time without operator intervention.
Yes — the Maldives gets approximately 5.5 peak sun hours per day on average across the year, with consistent irradiation. Salt-air corrosion and high ambient temperature are the real engineering constraints, which is why we use marine-grade mounting, IP66+ enclosures, derated electronics and corrosion-protection regimes designed for atoll conditions. A poorly specified system fails fast in the Maldives; a properly engineered one delivers for 25+ years.
For a small-to-mid resort: typically 12-18 weeks from contract to commissioning. Equipment procurement is 6-10 weeks, on-island civil and electrical work is 4-6 weeks, integration, testing and handover is 2-3 weeks. We programme around your low-season window where possible so guest-facing disruption is minimal. Larger resorts run 18-30 weeks depending on PV capacity and resort logistics.
You get the same after-sales coverage we provide on the diesel generators we've been overhauling at Cinnamon, Heritance and other resort properties. Critical spares stocked in Malé, Malé-based engineer response, atoll-deployment by speedboat or seaplane. Annual maintenance contracts cover monitoring, cleaning, performance checks, and the equipment warranties (typically 25 years on PV modules, 10 years on inverters, 10 years on batteries) are managed by us.
Most solar EPCs aren't engine-room people. They install PV, hand over, and walk away. NativeWay Maldives lives in resort engine rooms — we already overhaul, maintain and integrate Deutz, Cummins, Caterpillar and Perkins gensets across Cinnamon Ellaidhoo, Dhonveli, Hakuraa Huraa, Velifushi and Heritance Aarah. Hybrid integration is fundamentally an electrical-control and engine-management problem layered on top of PV. We bring both sides of that expertise to a single contract, with one Malé partner for ongoing service.
A short meeting is all we need to outline your savings — no obligation. Site audit is free.
