Netting vs Feed-in Tariff: What the Regulation Actually Pays For
The word "incentive" gets used loosely around Abu Dhabi solar, so it's worth being precise about what the netting regulation actually does — because it shapes how a system should be sized and what a customer should expect from it.
Kilowatt-Hour Offset, Not Cash
Under a feed-in tariff, a utility pays a fixed rate per kWh exported. Abu Dhabi's netting regulation does not do this: surplus energy a system exports during the day may be credited against the same account's consumption under the terms the distribution company confirms, typically netted over a billing cycle. There is no cash payment for excess generation beyond the offset itself. This changes the economics meaningfully — a system that generates far more than the premises ever consumes doesn't earn extra income for the surplus; it is simply banked as an offset, so realistic sizing against actual load is what makes the netting mechanism worthwhile, not oversizing for maximum export.
The Small-Scale Capacity Cap
The netting framework applies to systems up to a defined aggregate capacity per premises — currently 5 MW. This ceiling comfortably covers the residential, villa and most commercial rooftop projects Emirtech can scope; only utility-scale or very large industrial arrays would need to look outside the small-scale netting regulation toward separate power-purchase arrangements.
Grid Export Is the Trigger, Not System Ownership
The Connection-Agreement and approved-list requirements exist specifically to govern the interface between a privately owned system and the public grid — they are triggered by the act of exporting power, not by who owns the panels; other approvals may apply depending on how the system connects to the building's electrical system. A villa owner who installs solar purely for self-consumption, sized so the system never backfeeds the grid, is not engaging in net metering at all and does not need a netting Connection Agreement, but you should confirm any connection to the building's board with ADDC or AADC before installing. This is the single most consequential design decision in scoping an Abu Dhabi solar project.