Solis EverCore 100 — 100.48 kWh storage with 50 kW inverter

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Solis EverCore 100 — 100.48 kWh storage with 50 kW inverter. The 100 kWh variant contains 5 battery packs with 100.48 kWh total nominal energy, battery management, EMU, PDU and an air-conditioning system. This offer also includes the specific S6-EH3P50K-H(21A) inverter. Cabinet and inverter form a system for professional interconnection at the prepared site. Paired with the matching S6-EH3P50K-H(21A) hybrid inverter, the cabinet supports direct PV charging through MPPTs, configured grid charging and supply to designated backup circuits. Self-use, selling-first and off-grid modes are selected according to site design. PV serves loads first; scheduling, SOC reserve and peak management align storage with business operation. Each proposed system is assessed for simultaneous demand, starting loads, phase distribution and required backup duration.

Manufacturer: Ginlong Energy Storage /SolisStorage; Family: EverCore; Variant: 100 kWh; Device type: Battery storage system with inverter; Nominal energy: 100.48 kWh; Cell chemistry: LiFePO4 /LFP; Cells: EVE MB31; Nominal cell voltage: 3.2 V; Cell capacity: 314 Ah; Battery pack count: 5; Pack model: PACK-1P20S-314-01; Pack configuration: 1P20S; Pack energy per manual: 20.10 kWh; Pack voltage: 64 V; Pack voltage range: 58–72 V; Pack weight: 138 kg; Pack dimensions W ×H ×D: 435 ×230 ×904 mm; Battery configuration: 1P100S; Total cell count: 100; Nominal DC voltage: 320 V; Operating DC voltage: 290–360 V; Rated DC current: 157 A; Cycle rate: 0.5 P; Maximum battery charge power: 50 kW; Maximum battery discharge power: 50 kW; Actual power calculation: Voltage ×current, BMS, SOC, temperature and connected inverter; Usable energy: According to SOC settings, reserve and operating losses; Battery management: BMU /BCU /EMU; Cell balancing: Passive; Communication protocols: CAN /RS485 /TCP/IP; Battery-inverter communication: CAN /BMS1; Cabinet controller: EMU; Power distribution: PDU; Cabinet cooling: Industrial air conditioning; Thermal modes: Cooling, heating, dehumidification and air circulation; Air-conditioner cooling capacity: 3.2 kW; Air-conditioner heating capacity: 1 kW; Refrigerant: R134a; Pack cooling: Air cooling; Auxiliary AC supply: 220 V AC; Auxiliary supply rating: 2.3 kW; Charging ambient temperature: 0…+55 °C; Discharging ambient temperature: −25…+55 °C; Cabinet storage temperature per manual: 0…+40 °C; Operating humidity: ≤95 % non-condensing; Cabinet ingress protection: IP55; Quoted anti-corrosion configuration: C4H+C5 /C5; Family noise at rated operation: 70 dB(A) @1 m; Cabinet dimensions W ×H ×D: 950 ×2030 ×1540 mm; Reference battery-cabinet weight: 1500 kg; Siting: Fixed outdoor location according to site design; Foundation: Level non-combustible foundation sized for the actual system; Handling: Professional lifting or forklift equipment; Protection sensing: Temperature and smoke; Pack protection: Aerosol system; Pressure relief: Pressure-relief valve; Indication: Audible and visual; Fire-water connection: DN65; Fire-linkage output: XT3:1 /XT3:2; Safety equipment configuration: Aerosol, temperature and smoke detection, pressure valve, visual and audible indication; Cell cycle test: 8000; 25±2 °C; 0.5 P; SOH70 %; Cycle-value applicability: Cell-manufacturer data under test conditions; Estimated delivery: 2–3 days, seller operating estimate; Installation arrangement: Engineered connection by qualified personnel; Inverter pairing: S6-EH3P50K-H(21A) included in system.

Grid charging: Through the supplied hybrid inverter according to settings and design; PV connection: To MPPTs of the matching hybrid inverter; Battery-bank setting: 1; DC port connection: Two inverter ports to one bank according to EverCore diagram; Battery model in app: SolisStorage; DC expansion: Additional matching cabinets through busbars according to design; Linked-cabinet control: EMU CAN /Cat6a STP /T568B; Controller network: WAN1 /Ethernet /TCP/IP; Cabinet-count configuration: According to actually connected cabinets; Monitoring: SolisCloud and local EMU; Commissioning: Installer role, verification of wiring, grid, BMS and SOC; Inverter — Rated AC output: 50000 W; Inverter — Maximum DC voltage: 1000 V; Inverter — Rated DC voltage: 600 V; Inverter — Battery communication: CAN /RS485; Inverter — Grid connection: 3/N/PE; 220/380 V; 230/400 V; Inverter — Grid frequency: 50 /60 Hz; Inverter — Power factor: >0.99; 0.8 leading /lagging; Inverter — THDi: <3 %; Inverter — Keys: ESC /UP /DOWN /ENTER; Inverter — Status LEDs: POWER /OPERATION /ALARM; Inverter — App roles: Installer /Owner; Inverter — Operating modes: Self Use /Selling First /Off Grid /Peak Shaving; Inverter — Grid charging: Allow Grid Charging; Inverter — Time scheduling: 6 charging and 6 discharging windows; Inverter — Backup reserve: 5–95 % SOC; default 80 %; Inverter — Default maximum charge: 100 % SOC; Inverter — SOC setting order: Force Charge <Over-discharge <Recovery; Inverter — Export measurement calibration: −500…+500 W; default 20 W; Inverter — Smart port — function selection: Genset input /AC coupled /Smart load output; Inverter — CT orientation: Arrow towards grid; Inverter — BMS CAN RJ45: 4 CAN-H /5 CAN-L; Inverter — BMS RS485 RJ45: 3 B /6 A; Inverter — Meter RJ45: 1 A /2 B; Inverter — Eastron terminals: 13 B /14 A; Inverter — DRM — remote shutdown: RJ45 5 /6; open shuts down within 5 s; Inverter — PV conductors: 4–6 mm²; recommended 4 mm²; Inverter — PV stripping: 7 ±0.5 mm; Inverter — AC stripping: 13 mm; Inverter — Ingress protection: IP66; Inverter — Operating temperature: −25…+60 °C; Inverter — Operating humidity: 0–100 % RH; Inverter — Maximum AC apparent output: 50000 VA; Inverter — Rated backup output: 50000 W; Inverter — Peak backup output /duration: 80000 VA /2 s; 75000 VA /10 s; Inverter — Backup transfer: <10 ms; Inverter — Maximum imbalance power per phase per manual: 33% rated power; Inverter — THDv linear load: <2 %; Inverter — MPPT count: 4; Inverter — String count: 8; Inverter — Strings per MPPT: 2; Inverter — Input current per MPPT: 42 A; Inverter — Current per string: 21 A; Inverter — Short-circuit current per MPPT: 60 A; Inverter — Recommended PV array rating: 100 kWp; Inverter — Maximum usable PV power: 100 kW; Inverter — Start-up voltage: 180 V; Inverter — MPPT range: 150–850 V; Inverter — Battery type: Compatible HV Li-ion battery system with BMS; Inverter — Battery voltage: 150–800 V; Inverter — Battery port count: 2; Inverter — Maximum battery-port current: 80 A +80 A; Inverter — Current with combined inputs: Up to 160 A in the corresponding battery arrangement; Inverter — Maximum total charge /discharge power: 55 /55 kW; Inverter — Maximum charge /discharge power per port: 35 /35 kW; Inverter — Battery operating limits: Actual U×I, BMS, model-specific port and total-system limits; Inverter — One battery — one port: DC1 +BMS1; Inverter — Two batteries: Each with its own DC input and BMS connection; Inverter — One battery — two ports: DC1 and DC2 connection according to diagram, communication BMS1; Inverter — Battery-bank settings: Count 1–2, model, connection method, current and SOC of each bank; Inverter — Rated AC current at 380/400 V: 76.0 /72.2 A; Inverter — Maximum AC passthrough at 380/400 V: 152.0 /144.4 A; Inverter — Generator — maximum input power: 50 kW; Inverter — Generator — current at 380/400 V: 76.0 /72.2 A; Inverter — Generator — power selection per datasheet: 20–100% rated power according to design; Inverter — Maximum efficiency: 97.7 %; Inverter — European efficiency: 97.3 %; Inverter — PV →battery efficiency: 98.5 %; Inverter — Battery ↔AC efficiency: 97.5 %; Inverter — User interface: 7.0″ LCD /Bluetooth /SolisCloud APP; Inverter — Bluetooth: BDR /EDR /BLE; 2.402–2.480 GHz; 8 dBm; Inverter — App sections: Home /Info /Alarm /Settings; Inverter — Operating information: PV /Battery /Grid /Load /Inverter; SOC /SOH; energy history and generator yield; Inverter — Diagnostics: Current and historical alarms; Inverter — Initial settings: Time, CT/meter, grid code, operating mode and battery banks; Inverter — Over-discharge SOC: 5–40 %; default 20 %; Inverter — Force-charge SOC: From 4% to selected over-discharge SOC; Inverter — Discharge recovery: 1–20 percentage points above over-discharge SOC; Inverter — Peak Shaving — settings: With battery reserve enabled; default limit 2×rated power; Inverter — Generator — start /stop SOC: 1–95 % /35–100 %; Inverter — AC coupling — start /stop SOC: 1–95 % /35–100 %; Inverter — Included standard meter: Eastron SDM630MCT V2; Inverter — Standard CTs: 3 ×ESCT-T50; 300 A /5 A; Inverter — CT cable length: 4 m; Inverter — Reference CT ratio: 60; according to actual CTs; Inverter — CT — HM terminals: White S1:1/3/5; black S2:2/4/6; Inverter — External RS485: 5 A /4 B; Modbus RTU; Inverter — GEN — start contact: GEN DO1:21 (+), 22 (−), voltage-free contact; Inverter — Generator at Grid — status signal: GEN DI:25 (+), 26 (−); 0 V generator, 5–12 V grid; Inverter — Communication glands: COM1/COM2:6 mm; COM3/COM4:2 mm; Inverter — Parallel system: Up to 10 units according to project; manufacturer recommends STS cabinet above 6; Inverter — Parallel connection: P-B →P-A; shielded STP CAT5; normally 3–5 m between units; Inverter — Parallel-system addresses: Master 1; further units according to diagram; Inverter — Parallel bus termination: Endpoint DIPs ON, intermediate OFF according to diagram; Inverter — Parallel AC paths above 2 units: Grid/Backup cable-length difference to busbar within 10%; Inverter — Battery conductors: 10–25 mm²; Inverter — Battery — internal /external stripping: 15 ±1 /18 ±1 mm; Inverter — Battery connector — torque: 4 ±0.1 Nm; Inverter — Reference battery protection: 100 A /≥1000 VDC /≥50 kA according to design; Inverter — AC Grid conductors: 50 mm²; Inverter — AC Backup /Smart conductors: 20–25 mm²; Inverter — PE bar — conductor: 33 mm²; Inverter — AC terminals — torque: Grid 5.1 Nm; Backup/Smart 3.4 Nm; Inverter — PE bar — torque: 3.4 Nm; Inverter — AC glands — torque: 7–7.5 Nm; Inverter — External earth: M5 /3.5 Nm; Inverter — Reference AC protection: Grid 4p160 A; Backup/Smart 125 A according to design; Inverter — Bracket — overall width /height: 497 /452.5 mm; Inverter — Altitude: 4000 m; Inverter — Design DC voltage at 2000/2700/3000/3500/4000 m: 1000 /1000 /981 /925 /875 V; Inverter — Cooling: Intelligent redundant fan cooling; Inverter — Noise per manual: <65 dB(A); Inverter — Surge protection: DC Type II /AC Type II; Inverter — Package — main parts: Inverter, backplate, quick guide, S2-WL-ST logger, meter and three CTs; Inverter — Package — fasteners: 4 fastening screws, 5 expansion bolts, 2 handles; Inverter — Package — connectors and communication: 8 ×PV; 13 ×OT; 2 ×BAT; 11 ×RJ45; 1 ×CAN 3 m; Inverter — Battery operating point 150 V: 30 A /4.5 kW (U×I); Inverter — Battery operating point 324 V: 80 A /25.92 kW (U×I); Inverter — Battery operating point 400 V: 80 A /32 kW (U×I); Inverter — Battery operating point 500 V: 70 A /35 kW; Inverter — Maximum power per phase: 33% rated power; Inverter — Phase imbalance: 100 %; Inverter — EMS protocol: Modbus RTU; Inverter — AC-coupled relay control: AC C+ /AC C−; 12V output according to diagram; Inverter — External emergency power off EPO: 19 (+) /20 (−); master also stops slaves; System dimensions W ×H ×D: 1250 ×2030 ×1540 mm; Power and energy pairing: 50 kW /100.48 kWh. Selection starts with average and simultaneous demand, operating duration and the required reserve. Nominal 100.48 kWh is the starting energy figure; usable SOC, efficiency and auxiliary systems affect delivered energy. Inverter selection follows kW, phases and starting requirements, while battery selection also checks voltage, current and BMS. EverCore uses a fixed engineered site with suitable load-bearing capacity, service access and electrical preparation. This connects energy requirements to a specific configuration instead of a single search keyword.

Batterado — SOLIS-EVERCORE-100-SYSTEM

Markdown — SOLIS-EVERCORE-100-SYSTEM