A home solar power system: Deye hybrid inverter, lithium battery and rooftop panels
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Solar Power System Kits: What a Deye Kit Contains

Deye Inverters Editorial Team7 min read
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What a ready-made solar power system contains: three Deye kits read line by line, inverter, battery and panel count, with the sum behind each line.

A solar power system is three lines on an order: an inverter, a battery and a row of panels. Buying them is the easy part. Knowing which three belong together is the hard part, and it is the reason most people who search for a solar system end up reading forum threads instead of ordering one.

Our ready-made system kits settle it for twenty everyday cases: six kinds of building, each with evening backup, overnight backup and a fully off-grid version, plus grid-tied kits for the house and the villa. This guide opens three of them and reads every line. The figures come from the product records and from the sizing engine that builds the pages, so you can redo each sum yourself.

What every kit contains

  • One inverter line. A single unit rated at or above the building's peak load, and never more than 2.5 times above it. An oversized inverter is money spent on capacity nobody uses.
  • A battery line, when the kit has backup or is off-grid. A grid-tied kit has none. In a backup kit the battery covers the hours you asked for; in an off-grid kit it covers one full day of consumption.
  • A panel line of at least two modules. Our catalogue holds inverters, batteries and solar air conditioners and no panel of its own, so the panel line is a generic 550 W module. The kit tells you how many you need and how much roof they take; the brand is your choice.

A named battery beside a named inverter is a claim that the two work together. The engine makes that claim only when the battery's nominal voltage sits inside the battery voltage range the inverter's record states.

Kit 1: an apartment with evening backup

The apartment case is one air conditioner, a fridge, lights and Wi-Fi, a TV and a washing machine. The engine reads that as a 4,850 W peak and 13.8 kWh a day.

LineWhat the kit namesThe figure behind it
Inverter1 × SUN-5K-SG04LP1-EU hybrid5 kW rated, above the 4,850 W peak
Battery1 × AI-W5.1-B4.6 kWh usable, for a 2.3 kWh evening
Panels6 × 550 W3.03 kWp, about 16 m² of roof

The battery line is the one people get wrong. Four hours of backup at this home's average rate is 13.8 × 4 ÷ 24 = 2.3 kWh. The AI-W5.1-B is a 5.12 kWh LiFePO4 module with 4.6 kWh usable, so one module covers the evening twice over. Its nominal 51.2 V sits inside the 40-60 V battery range of the SUN-5K-SG04LP1-EU, which is why the two stand on the same page. The apartment kit with evening backup shows all three lines together.

Kit 2: a house with overnight backup

Two air conditioners, a kitchen and the family basics come to an 8,050 W peak and 25.4 kWh a day. The 5 kW unit is now too small, and the kit moves up.

LineWhat the kit namesThe figure behind it
Inverter1 × SUN-10K-SG05LP1-EU-SM2-P hybrid10 kW rated, up to 16 kW of PV input
Battery1 × RW-F1614.4 kWh usable, for an 8.47 kWh night
Panels11 × 550 W5.57 kWp, about 29 m² of roof

Eight hours of backup is 25.4 × 8 ÷ 24 = 8.47 kWh. A 5.12 kWh module would have to be doubled; the RW-F16 holds 16 kWh, 14.4 of it usable, in one cabinet, and the kit names a single one. The house kit with overnight backup pairs it with the SUN-10K-SG05LP1-EU-SM2-P.

Kit 3: a villa with no grid at all

Four air conditioners, a freezer and a water pump: an 11,700 W peak and 49.53 kWh a day. Going off-grid changes two of the three lines.

LineWhat the kit namesThe figure behind it
Inverter1 × SUN-12K-SG01LP1-EU hybrid12 kW rated, three MPPT inputs, up to 19.2 kW of PV input
Battery4 × RW-F1657.6 kWh usable, for a 49.53 kWh day
Panels22 × 550 W11.59 kWp, about 57 m² of roof

The battery now covers one full day, not a few hours: 49.53 ÷ 14.4 = 3.44, rounded up to four cabinets. The array grows as well, because an off-grid system is computed with a lower performance ratio, 0.75 instead of 0.8: there is no grid to cover a weak day. The same villa with the grid and evening backup needs 20 panels and one RW-F16. See the off-grid villa kit built around the SUN-12K-SG01LP1-EU.

An 11,700 W peak is still a single-phase system. The engine moves to a three-phase inverter only above a 12,000 W peak.

How the panel count is worked out

The array is the day's consumption divided by peak sun hours times the performance ratio. The kit pages use the UAE figure of 5.7 hours. For the apartment that is 13.8 ÷ (5.7 × 0.8) = 3.03 kWp; at 550 W a module, 3,026 ÷ 550 = 5.5, rounded up to six. Each module is counted as 2.6 m² of roof, which gives the 16 m². One more rule protects the inverter: the array is never larger than the maximum PV input power its record states, 8 kW on the SUN-5K-SG04LP1-EU.

When no kit matches your building

The kits are fixed examples. If your loads are different, the sizing calculator runs the same engine on your own appliances and backup hours and returns the same three lines. If you are torn between two batteries, the low-voltage vs high-voltage battery comparison puts the two families side by side, and every unit a kit names has its figures on a datasheet page, for example the RW-F16 datasheet.

Ordering a kit

Each line of a kit is a product with its own page and its own price, and the price on the page is the price you pay. Orders are collected in store, in Dubai or Riyadh. Prices in riyals are on the Deye Saudi Arabia page. To check a pairing before you order, ask on WhatsApp.

Frequently Asked Questions

What does a complete home solar power system include?

Three lines: one inverter rated at or above the building's peak load, a battery when the system has backup or runs off-grid, and a row of panels. In our apartment kit that is one SUN-5K-SG04LP1-EU hybrid inverter, one AI-W5.1-B battery with 4.6 kWh usable, and six 550 W modules.

Why does a Deye system kit not name a panel brand?

Our catalogue holds inverters, batteries and solar air conditioners, and no panel record. So the kit's panel line is a generic 550 W module: it states how many modules the load needs and how much roof they take, and the brand is your choice.

How big a battery does four hours of evening backup need?

Daily consumption times four, divided by twenty-four. An apartment using 13.8 kWh a day needs 2.3 kWh, a house using 25.4 kWh needs 4.23 kWh, and a villa using 49.53 kWh needs 8.26 kWh. The kit then names the battery whose usable energy covers that figure.

Does the same kit need the same number of panels in Saudi Arabia and Iraq?

No. The sizing engine holds peak sun hours per country: 5.7 for the UAE, 5.8 for Saudi Arabia and 5.4 for Iraq. A house using 25.4 kWh a day needs 5.57 kWp at 5.7 hours, 5.47 kWp at 5.8 and 5.88 kWp at 5.4, which is 11, 10 and 11 modules of 550 W.
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