Huawei kit, sized from the record

Solar system for an office with evening backup power, with Huawei LUNA2000-12-S1 storage

Worked out for an office running air conditioner ×3 at 3,600 W, kitchen (microwave & kettle) at 2,000 W, computers ×4 at 800 W, lights & Wi-Fi ×2 at 400 W through a 4-hour evening cut. The Huawei unit it names is the storage — one 11.9 kWh LUNA2000-12-S1 battery. The inverter is stated as 10 kW with no model beside it, since no single-phase SUN2000-LB0 goes past 6 kW. With three phases at the meter, the SUN2000-10K-MAP0 is the Huawei hybrid of that size.

Hold the same list for 8 hours rather than 4 and the window grows from 6.7 to 13.5 kWh; that kit carries 20.7 kWh in one unit. Both are fed by the same 8.9 kWp of panels. Solar system for an office with overnight backup power

What is inside

  • Inverter×1

    10 kW hybrid inverter — a rating, not a model: the single-phase SUN2000-LB0 family stops at 6 kW

  • Huawei 11.9 kWh Lithium Solar Battery LUNA2000-12-S1
  • Solar panels×17

    17 panels of 550 W, near 44 m² of roof — a count: this catalogue holds no Huawei panel

Solar panels8.9 kWp17 panelsInverter10 kWruns the placeBattery11.9 kWh~4 h after a cutOffice40.4 kWh/daywhat you use a day
How the energy moves through your system

How the load turns into these units

Start every motor on this list together and the draw touches 9.2 kW; across a full day the same list consumes close to 40.4 kWh. On one phase that means 10 kW of inverter. The SUN2000-LB0 line listed here, which begins with the SUN2000-3K-LB0, spans 3–6 kW — short of it — so this page prints the rating and leaves the model blank. A building fed by three phases has a Huawei answer: the SUN2000-10K-MAP0, 10,000 W and AED 4,847, whose record puts each PV input at 16 A and its working window at 160–1000 V.

Refilling the day takes 8.9 kWp, which is 17 panels over roughly 44 m², figured on 5.7 hours of full sun per day. No panel in this catalogue is a Huawei product, which is why the array appears as a size and a count.

The storage answers one question — what this list consumes during the 4 hours the grid is away — and the answer is 6.7 kWh. A single LUNA2000-12-S1 brings 11.9 kWh. Its record lists the modules it stacks: LUNA2000-5-E1 (5kWh) / LUNA2000-7-E1 (6.9kWh). Chemistry is LiFePO4, and 7 kW is the most one unit moves in or out. Its bus sits at 350–560 V behind a single-phase SUN2000 and at 600–980 V behind a three-phase one. Bring help to the store: a unit is 148 kg. The enclosure is IP66 and its stated working range is -20 °C ~ +55 °C.

Huawei accessories that sit around a kit of this kind

Backup box, power sensor, dongle, optimizer: each is its own listing at its own price, and the sizing above counts none of them.

What buyers ask about this Huawei kit

Which SUN2000 does a kit like this one (office) run on?

On no single-phase SUN2000: 10 kW is what this load asks of one phase, and the LB0 family tops out at 6 kW. The Huawei 10 kW Three-Phase Hybrid Solar Inverter SUN2000-10K-MAP0, AED 4,847, covers it where the supply is three-phase.

How many kWh does the kit store, and where does that number come from?

11.9 kWh, as 1 × Huawei 11.9 kWh Lithium Solar Battery LUNA2000-12-S1. Across its 4 hours off the grid the list uses 6.7 kWh, and this is the least that covers them.

Does Huawei make the panels in this kit?

No — we list SUN2000 inverters, LUNA2000 batteries and their accessories, and no panel. The 17 panels (8.9 kWp, 44 m²) are a requirement to be met with modules bought elsewhere.

How much is the Huawei hardware in this kit?

1 × LUNA2000-12-S1 at AED 7,044. These are the figures printed on the units' own pages, for goods collected from our store in Dubai or Riyadh.

Which LUNA2000 comes next if the load grows?

LUNA2000-12-S1 belongs to a family listed at 5, 6.9, 10, 11.9, 13.8, 15, 16.9, 18.8 and 20.7 kWh. One step up is the LUNA2000-14-S1, 13.8 kWh at AED 8,091.

The other Huawei kits: this building's other hours, and the other buildings

Work out the SUN2000 and LUNA2000 size for your own appliance list