Home battery and battery storage with AI-driven control: save money, reduce peaks and earn from grid services.
Whether the villa is in Stockholm, Gothenburg, Malmö, Örebro or on the coast, strategy adapts to SE1–SE4 and your actual hardware.
Four reasons Swedish homeowners often cite when pairing solar, battery and a smart EMS.
A typical 10–15 kWp roof can yield 9,000–12,000 kWh per year in southern Sweden depending on tilt and shading. Without storage, some exports hit low hourly prices. A 10–20 kWh home battery moves kilowatt-hours to evening when use is highest.
With hourly retail, import follows zonal spot. On winter days the spread in the same zone can exceed 2–4 SEK/kWh between cheapest and most expensive hour. The battery buys cheap and avoids imports when the curve peaks.
Many homeowners keep a share of charge for outages or inverter backup modes. Core respects minimum SOC and temperature limits so economic dispatch does not compromise safety.
When qualified, frequency reserves from the battery can yield recurring revenue via ancillary markets. Levels vary with auctions; Smart Saver can show revenue together with savings from hourly price and peak shaving.
The AI model in ENEQUI Core predicts a short horizon of solar, household load and EV needs, and compares that to published hourly prices in your zone. It charges when margin is highest and discharges when that cuts expensive imports or peaks. Decisions refresh continuously, not once per day.
After the published learning window (about one week) the system knows how your heat pump, pool or floor heating responds, so load shift and battery work together instead of against each other.
Core runs locally toward the inverter and protection so grid, temperature and power limits are always respected, even if the cloud is briefly slow.
The subscription visualizes history, savings and when relevant ancillary revenue, so you need not guess whether the home battery pays back.
ENEQUI builds integrations to vendors that provide APIs or certified interfaces. The list grows as new devices are field-validated.
Home battery storage holds energy for later use: evening self-consumption of solar, buying cheap night energy and using it at expensive hours, or clipping import peaks. With proper control it becomes an economic asset, not only a backup box.
Factory profiles often optimize only self-consumption or simple time-of-use charging. ENEQUI Core sees the whole site: Nord Pool hourly prices in your zone, DSO capacity charges, solar forecast, EV and heat pump. Smart Saver turns decisions into clear savings in currency.
Yes. When export hourly price is low, Core can prioritize storing surplus instead of immediate export when battery state and temperature allow. When price is high, discharge or export can follow margin against your contract.
Backup depends on inverter design and install: many systems can keep a reserve share in the battery. FCR needs separate qualification, contracts and grid or market rules. Core enables ancillary services only when technical conditions and SOC limits are safe.
We integrate approved devices via vendor APIs and certified interfaces. See the Compatibility page for the current list of home batteries, hybrid inverters and chargers ENEQUI Core can run in one EMS.
Read more about ENEQUI Core, enable Smart Saver and connect your battery storage to the same EMS as solar and EV charging.