SunTera G2
5.01MWh IEC
5.01MWh IEC
The Jinko 5.01MWh liquid-cooled ESS integrates 314Ah LFP cells, advanced thermal management with 20% lower auxiliary power consumption, and intelligent O&M for reliable, safe, and cost-effective grid-scale energy storage.
Key Advantages
Refined flow channels keep cell temperature differentials within ≤2°C, while multiple cooling modes reduce auxiliary power by 20%
≤2°C
Cell Temperature Differential
↓ 20%
Auxiliary Power Consumption Reduction
- Cell Temperature Differential: ≤2°C
- Auxiliary Power Consumption Reduction: ↓ 20%
Rack-level management boosts RTE by >2%, while active balancing improves cell consistency
≥94% (0.5P)
≥95% (0.25P)
≥95% (0.25P)
DC RTE
↑>1%
Usable Energy
-
DC RTE: ≥94% (0.5P)
≥95% (0.25P) - Usable Energy: ↑>1%
Five-level cell-to-system protection helps prevent thermal runaway, with integrated gas and water fire suppression
5-tier
Protection Architecture
EN1364-1
Fire Suppression
Battery/HV
physically isolated
physically isolated
Cabin Design
UL9540A 2026
Certifications
- Protection Architecture: 5-tier
- Fire Suppression: EN1364-1
-
Cabin Design: Battery/HV
physically isolated - Certifications: UL9540A 2026
Intelligent control simplifies commissioning and reduces O&M costs. Flexible placement maximizes site energy density.
≤30 min
OTA Upgrade Time
<1s
Remote O&M Latency
Leak-free swap
+ front access
+ front access
Maintenance
- OTA Upgrade Time: ≤30 min
- Remote O&M Latency: <1s
-
Maintenance: Leak-free swap
+ front access
Applications
Generation-side
Stabilize and optimize renewable energy output
while supporting grid stability.
while supporting grid stability.
Stabilize and optimize
renewable energy output
while supporting grid stability.
renewable energy output
while supporting grid stability.
Grid-side
Support grid dispatch for peak shaving and frequency regulation,
improving system flexibility and stability.
improving system flexibility and stability.
Support grid dispatch for peak shaving and frequency regulation,
improving system flexibility and stability.
improving system flexibility and stability.
User-side
Reduce grid load, meet diverse energy needs,
and improve power supply reliability for end users.
and improve power supply reliability for end users.
Reduce grid load,
meet diverse energy needs,
and improve power supply reliability
for end users.
meet diverse energy needs,
and improve power supply reliability
for end users.
Specifications
|
|
|
| Type of cell | Lithium Iron Phosphate(LFP) |
| Cell specification | 3.2V/314Ah |
| Charge/discharge power | 0.25P/0.5P |
| Configuration of system | 1P416S×12 |
| Rated capacity | 5.01 MWh |
| Rated voltage | 1331.2V |
| Voltage range | 1164.8~1497.6V |
|
|
|
| Dimension(L×W×H) | 6058×2438×2896mm |
| Weight | 42,000 kg |
| Cooling method | Liquid Cooling |
| Operating temperature | -30~50°C |
| Operating humidity | ≤95%RH, no condensation |
| Altitude | ≤3,000m (derating above 2000 m) |
| Noise level | ≤80dB(A), @1m/ 75dB(optional) |
| IP grade | IP55 |
| Corrosion class | C4/(C5 optional) |
| Fire protection | Temperature sensor + Smoke detector + Combustible gas detector + Alarm bell + Fire suppression system + Deflagration venting(optional) + Pressure relief port + Manual emergency start/stop button + Ventilation system + Water sprinkler |
| Communication | Ethernet / Modbus TCP/IP |
| Certification standards | IEC62619, IEC63056, IEC62933, IEC62477, IEC61000, UN38.3, UL1973, UL9540, UL9540A |
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