Installation & Maintenance FAQs-Gotion Grid 5015

Q: 4. What is the hierarchical structure of the battery components in Gotion GRID5015 system?

Gotion standardizes battery component terminology with a 7-level hierarchy: ①Cell (smallest unit: electrodes + electrolyte + separator + casing) ②Module (interconnected cells in series/parallel) ③Pack (1+ modules + BMU + detectors + thermal management) ④Rack (structural assembly housing multiple Packs) ⑤Bank (physical assembly of Racks mounted in the container) ⑥Stack/Cluster (electrically connected Racks for capacity/power enhancement) ⑦Container/System (integrated unit with multiple Racks, modular and scalable)

Q: 5. What are the key parameters of the LFP cell used in Gotion GRID5015?

The system uses IFP72175207-314Ah LFP prismatic cells, with core parameters: ①Nominal capacity: 314Ah ②Nominal voltage: 3.2V ③Nominal energy: 1004.8Wh ④Operating temperature: 0°C~55°C (charging), -30°C~60°C (discharging) ⑤Cycle life: ≥12000 cycles (25±2°C, 0.5P/0.5P, 90%DOD, 70%EOL) ⑥Dimensions: (174.8±0.5)mm × (71.65±0.5)mm × (207.1±0.5)mm

Q: 6. What are the site selection requirements for Gotion GRID5015 ESS installation?

Key site requirements comply with NFPA855 and local regulations: ①Elevation: At least 300mm above the highest historical water level; large-scale systems (≥100MW) must exceed 1% probability flood level. ②Safety distances: ≥12m from residential buildings, ≥30.5m from densely populated buildings (schools/hospitals); ≥3m from lot lines for indoor installations. ③Prohibited areas: Low-lying land, seismic intensity >9 zones, flood-prone areas, and areas with corrosive/flammable gases. ④Outdoor requirements: No flammable vegetation within 3m; ≥4.6m between exhaust devices and building vents/windows.

1. What is the nominal energy and key configuration of Gotion GRID5015 liquid-cooled energy storage system?

The Gotion GRID5015 is a 5.015MWh nominal energy liquid-cooled ESS, with a core configuration of 12 battery Racks (1P416S each) and 2 independent DC output stacks. Each Rack consists of 4 battery Packs (1P104S), and each Pack is composed of 104 Lithium Iron Phosphate (LFP) cells (314Ah, 3.2V nominal voltage), forming a complete 1331.2Vdc system.

2. What are the external dimensions and weight of Gotion GRID5015 ESS container?

The GRID5015 adopts a standard 20-foot container design, with external dimensions of 6058mm × 2438mm × 2896mm (W×D×H) and a total weight of approximately 43 tons, which is convenient for international transportation and on-site hoisting.

3. What is the protection level and operating environment range of Gotion GRID5015?

①Protection level: IP55 (excluding liquid cooler) ②Operating temperature: -30°C ~ 45°C ③Storage temperature: -30°C ~ 60°C ④Working humidity: 0% ~ 95% (non-condensing) ⑤Applicable altitude: <2000m

4. What is the hierarchical structure of the battery components in Gotion GRID5015 system?

Gotion standardizes battery component terminology with a 7-level hierarchy: ①Cell (smallest unit: electrodes + electrolyte + separator + casing) ②Module (interconnected cells in series/parallel) ③Pack (1+ modules + BMU + detectors + thermal management) ④Rack (structural assembly housing multiple Packs) ⑤Bank (physical assembly of Racks mounted in the container) ⑥Stack/Cluster (electrically connected Racks for capacity/power enhancement) ⑦Container/System (integrated unit with multiple Racks, modular and scalable)

5. What are the key parameters of the LFP cell used in Gotion GRID5015?

The system uses IFP72175207-314Ah LFP prismatic cells, with core parameters: ①Nominal capacity: 314Ah ②Nominal voltage: 3.2V ③Nominal energy: 1004.8Wh ④Operating temperature: 0°C~55°C (charging), -30°C~60°C (discharging) ⑤Cycle life: ≥12000 cycles (25±2°C, 0.5P/0.5P, 90%DOD, 70%EOL) ⑥Dimensions: (174.8±0.5)mm × (71.65±0.5)mm × (207.1±0.5)mm

6. What are the site selection requirements for Gotion GRID5015 ESS installation?

Key site requirements comply with NFPA855 and local regulations: ①Elevation: At least 300mm above the highest historical water level; large-scale systems (≥100MW) must exceed 1% probability flood level. ②Safety distances: ≥12m from residential buildings, ≥30.5m from densely populated buildings (schools/hospitals); ≥3m from lot lines for indoor installations. ③Prohibited areas: Low-lying land, seismic intensity >9 zones, flood-prone areas, and areas with corrosive/flammable gases. ④Outdoor requirements: No flammable vegetation within 3m; ≥4.6m between exhaust devices and building vents/windows.

7. What Personal Protective Equipment (PPE) is required for Gotion GRID5015 installation?

Mandatory PPE includes reflective vest, safety helmet, safety harness, insulated gloves, insulated shoes, goggles, protective gloves, and dust mask; medical kits should be prepared on-site for emergencies.

8. What installation tools are needed for Gotion GRID5015?

Core tools cover hoisting, electrical, and mechanical categories: ①Hoisting: Crane (≥40t capacity, ≥10m working radius), electric forklift (≥2t capacity), lifting ropes (length ≥1845mm×4) ②Electrical: Insulated torque screwdriver/wrench, multimeter (DC voltage range ≥1500V), RJ45 crimping tool, hydraulic pliers, heat gun ③Mechanical: Hammer drill, Ф16mm drill bit, steel measuring tape, level, rubber mallet, utility knife

9. What are the foundation requirements for Gotion GRID5015?

①Foundation type: Concrete or non-combustible surface, load-bearing capacity matching the 43t container weight. ②Level tolerance: ≤3mm between foundation and container contact surface. ③Elevation: ≥300mm above ground level; pre-embedded steel plates (600mm×300mm) at four corners. ④Drainage: Equipped with drainage ditches to handle maximum historical rainfall; reserved cable trenches with sealed holes.

10. What are the hoisting safety requirements for Gotion GRID5015?

①Hoisting equipment: Crane capacity ≥40t, working radius ≥10m; steel hoisting ropes with angle ≤90° between ropes. ②Operational precautions: Only trained personnel operate; isolate hoisting area with warning signs; no one stands under the hoisted container. ③Stability control: Keep the container horizontal during hoisting, diagonal gradient ≤5°; hoist and land slowly to avoid impact.

11. What are the cable specifications for Gotion GRID5015 electrical connection?

①DC power cable: 1×185mm² copper conductor (DC+/-), DT185 connector ②Communication cable: CAT5e shielded network cable (Modbus-TCP), 2×1.0mm² shielded twisted pair (RS485/CAN) ③External auxiliary power cable: 4×25mm² (3-phase 4-wire, 400VAC/50Hz) ④Grounding cable: Connected to reserved copper bars via M10 bolts, grounding resistance ≤4Ω

12. What are the steps for high-voltage cable connection of Gotion GRID5015?

①Wear insulated PPE and confirm all switches (QS1, QF1-QF13) are in "OFF" position. ②Inspect cables for intact labels and condition; align the orange cable end with the orange socket of the adjacent Pack, insert until a "click" is heard. ③Align the black cable end with the black socket of another Pack, repeat to connect the high-voltage side of the Rack. ④Verify all connections are secure and free of short circuits.

13. What is the power-on procedure for Gotion GRID5015?

Follow the official step-by-step process: ①Turn on external auxiliary power (QF1) and MCBs for liquid cooling unit (QF2), HVAC (QF3), UPS (QF4). ②Activate UPS, then turn on power for battery stacks (QF6/QF7), isolation switches (QF8/QF9), 24VDC (QF10), and fire suppression system (QF11). ③Check HMI to confirm modules (liquid cooling, HVAC) are operating normally. ④Manually close high-voltage box isolation switches (rotate 90° clockwise) and 220VAC power switches. ⑤Press the main relay closure button on HMI to activate high-voltage box relays. ⑥Close integrated control panel isolation switch (QS1) via HMI; confirm Level 3 BMS display shows "Normal" (green light).

14. What is the planned power-off procedure for Gotion GRID5015?

①Disconnect PCS DC side circuit breaker via EMS/PCS control system. ②Open integrated control panel isolation switch (QS1) and issue relay disconnection commands via HMI. ③Manually turn off high-voltage box isolation switches (rotate 90° counterclockwise) and 220VAC power switches. ④Shut down fire suppression system (QF11), 24VDC (QF10), isolation switches (QF9/QF8), battery stacks (QF7/QF6), UPS, and HVAC (QF3)/liquid cooling unit (QF2). ⑤Turn off external auxiliary power (QF1).

15. What is the routine maintenance cycle for Gotion GRID5015?

The system adopts a tiered maintenance cycle (adjustable based on environment): ①Quarterly maintenance: Visual inspection of container, air conditioner filter cleaning, UPS status check. ②Semi-annual maintenance: Smoke/temperature detector testing, fire suppression module inspection, 24V voltage measurement. ③Annual maintenance: Battery Pack/high-voltage box inspection, cable connection verification, grounding resistance measurement. ④Special maintenance: Shorten intervals in dusty/windy environments; monthly AC maintenance in extreme temperatures (≥35°C or ≤0°C).

16. What are the key maintenance precautions for Gotion GRID5015?

①Personnel qualification: Must hold a valid electrician certificate and complete professional training; no metal accessories (jewelry/watches) allowed. ②Power safety: Disconnect all high/low-voltage switches before maintenance; place "Do not switch on" warning signs. ③Cleaning: Use a vacuum cleaner for dust removal; never clean with water. ④Cable handling: Avoid excessive force when plugging/unplugging; check for loose/rusty terminals regularly.

17. What fire suppression systems are equipped in Gotion GRID5015?

The system integrates a three-level fire protection system: ①Aerosol fire extinguishing system: 3 GreenSol©A1000 devices (covers 10m³ each), eco-friendly SFE powdered aerosol, effective for Class A/B/C fires. ②Water-based fire extinguishing system: Prefabricated sprinkler pipes (DN65 main pipe, DN40 branch pipe) with 12 upright nozzles, designed flow rate 67.2L/min. ③Detection & alarm system: Li-ion off-gas detectors, smoke detectors, temperature detectors, with automatic/manual control modes.

18. How does the fire suppression logic work in Gotion GRID5015?

①First-level alarm: Triggered by any single detector → Alarm bell activates, sends first-level signal. ②Second-level alarm: Triggered by two types of detectors simultaneously → Sound-light alarm, shuts down AC/ventilation, cuts equipment power, 30-second delay → Aerosol sprays. ③Manual mode: Detector triggers only alarm → Personnel confirm fire, press emergency start button → 30-second delay → Aerosol sprays. ③Emergency stop: Press and hold the emergency stop button during delay to pause countdown.

19. What are the emergency handling measures for Gotion GRID5015 battery accidents?

①Fire/abnormal odor/smoke: Evacuate personnel immediately, call emergency services, use CO₂/FM-200/ABC dry powder fire extinguishers; do not open container doors. ②Battery impact/falling: If damaged, transfer to a safe open area, monitor for 1 hour (temperature within ±10°C of room temp) before handling; contact Gotion service engineers. ③Flooding: Power off if safe, avoid touching submerged batteries; dispose of water-soaked batteries via professional recycling companies. ④Electrolyte leakage: Evacuate to fresh air, rinse skin/eyes with water for ≥15 minutes, seek medical attention immediately.

20. What are the storage requirements for Gotion GRID5015 battery Packs?

①Environment: Dry, clean, well-ventilated indoor area; temperature -30°C~60°C (recommended 0°C~30°C), humidity 5%~95% (recommended 45%). ②Safety: ≥2m from heat sources; store separately from flammable materials; equipped with fire sand and fire extinguishers. ③Charge management: Avoid low SOC storage; charge promptly if SOC is low; complete unpacking-to-activation within 72 hours; charge every 3 months to maintain ≥30% SOC. ④Packaging: Keep original packaging, do not invert/tilt; stack per packaging requirements.