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Energy Lab

Home energy system

Discover how your system works, across a full day.

Learning simulation · one day
Home project/
Grid: DisconnectedState of charge: 78%
Home project
Select a component to learn its role and inspect its state.
Solar PV5.10 kW
Load served2.72 kW
Charging2.15 kW
Conversion losses0.23 kW
12:00 – 12:05
00:0006:0012:0018:0024:00
Solar PVLoad demandGrid outage
5-minute average powers · end-of-interval SOC

Daily results

Available solar energy39.0 kWh
Energy demand57.6 kWh
Grid energy imported32.9 kWh
Unserved energy0.0 kWh
End-of-day SOC95.6 %
Demand served locally42.8 %
Model and assumptions

An educational, generic home system with 5-minute steps. Weather and loads are synthetic, not measurements for a location in Syria. Geometry does not represent a certified compatible product set.

Solar window 06–18, derating 0.85; DC→AC efficiency 96%, charging to stored energy 95%, stored energy→AC 94%. Reserve limits discharge only. No grid charging. Loads take priority, then battery charging; surplus is exported if allowed or curtailed. Grid limit 10 kW.

The model calculates power and energy balance; it does not model starting currents, protection, battery ageing or wiring design. It does not establish installation safety.

Charge and discharge are measured at the stored-energy boundary; their conversion losses are included in the energy balance.

Solar PV

Solar PV

PV serves the load through the inverter, then charges the battery with surplus. Nameplate capacity differs from power produced at any given time.

Available solar power
5.10 kW
Curtailed PV
0.00 kW
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System settings

Window: 09:00 — 17:00
Battery and operating limits