Magic Series
Base Stations of Energy Storage
Estone C Series
Small in Size but Providing More Energy
- Fundamentally improve energy efficiency
- Dramatically lower user-side system cost
- Significantly reduce the energy consumption of the user-end system
- Improve economic benefits
Product Features
- SAFETY
- Cutting-edge AI lithium battery safety detection system
- Predict battery thermal runaway 1-4 weeks in advance Thermal Runaway AI Early Warning Module (Al Battery Doctor)
- Level 3 Intelligent Warning: (Week/Day/Hour)
- Level 3 fire protection (battery compartment/battery cluster/battery pack)
- Intelligent temperature control management (air- cooled temperature difference ±4°C)
- FLEXIBLE PARALLELING
Multi-mode switching of the system
- Optical storage mode
- Storage and charging mode
- Power quality and demand management model
- Standby mode VPP mode
The architecture is flexible and parallel
- Modular customization Dynamic scaling
- Ultra-high degree of freedom
- Adaptable to every need
- INTELLIGENT
- The intelligent monitoring system escorts the whole life cycle
- Tianjiang algorithm group to energy model, thousands of stations, thousands of faces Clustered microgrid control 1,000 station level Virtual battery blockchain technology
- Refined cell health and performance management
- HIGHER EFFICIENCY
- The system efficiency is 90% high efficiency BMS, EMS, PCS intelligent co-control 6000+ charge/discharge cycles
- Millisecond-level control Fine-grained control Battery SOH: Low attenuation
- Optical Storage Microgrid / Optical Storage and Charging Microgrid Revenue optimization
About EvoFlex ENERGY
EvoFlex ENERGY is a newly established company that has quickly gained attention in the renewable energy sector. Specializing in advanced energy storage solutions, the company offers high-efficiency battery systems and smart grid integration. With a focus on innovation and sustainability, EvoFlex ENERGY is poised to make a significant impact in the growing clean energy market.
E-Loutstar C100
Integrated Energy Storage and Charging Equipment
Loutstar gene, fully evolved
- Energy storage microgrids.
- EV Charging
- Vehicle battery testing
- Virtual Power Plant VPP
- V2G Reverse Discharge
- Out of the dust, interpreting the classic industrial aesthetics.
Product Parameters
| Battery PACK Configuration | 280Ah，1P16S，14 Pack |
| Battery System Configuration | 200KWh |
| Rated Voltage | 716.8V |
| Number of Temperature Sensors | 112 |
| Rated AC Power | 280Ah，1P16S，14 Pack |
| Rated Power Grid Frequency | 100KW@0.5C |
| Power Factor | -0.99~+0.99 |
| Cooling Mode | Forced Air Cooling |
| Operating Temperature | -35~55℃ |
| Relative Humidity | 5%~95% No Condensation |
| Noise | ≤75dB |
| Altitude | ≤2000 metre |
| Communication Interface | Modbus TCP |
| Fire Protection System | Perfluorohexanone Immersion |
| System Dimension(W*H*D) | 1233*2550*1325mm（Eyebolts included 2620） |
| Weight | 2500kg |
| IP Protection | IP54 |
| System Assembly | All-in-one Cabinets |
| Model | INPPCS-100KW-C1-OS |
| Number of DC paths | 1 |
| Range of DC voltage | DC600V～950V |
| Range of DC voltage (Full load) | DC630V～900V |
| Rated DC power | 100kW |
| Voltage stability accuracy | ≤±2% |
| Current stability accuracy | ≤±5% |
| Voltage limiting characteristic | Yes |
| Current limiting characteristic | Yes |
| Full-power charge/discharge time (battery capacity of 200kWh; DC voltage not above 900V) |
2h |
| Rated output power | 100kW |
| Overload capacity | times long-term times 1min |
| Rated Voltage | AC 400V |
| Rated output current | 145A |
| AC access mode | Three-phase four-wire |
| Isolation mode | Non-isolated |
| Range of grid voltage | 380V(-20%～+15%) |
| Range of grid frequency | 50Hz/60Hz±2.5Hz |
| Total Harmonic Distortion of Current | ≤3%(Full Load) |
| Factor of power | -0.99～+0.99 |
| Dc component of current | ≤0.5% |
| Charge-discharge transition time | <100ms |
| Time for power-activation | <1s |
| Full-power charge/discharge time
(battery capacity of 200kWh; temperature not above 45℃) |
2h |
| AC off-grid voltage | AC400V |
| Range of AC voltage | AC400V±3% |
| AC off-grid frequency | 50Hz/60Hz |
| Off-grid Output THDU | ≤3%( Linear Load） |
| Unbalanced load capacity | 100% |
| Off-grid Multi-generator Parallel Operation | No |
| Maximum conversion efficiency | ≥98% |
| Allowable ambient temperature | -20℃～50℃(Derating required above 45°C) |
| Allowable relative humidity | ≤95% |
| Noise | ≤75dB |
| Class of protection | IP20 |
| Altitude | Derating is required for use greater than 2000 meters |
| Size | W480mm×H260mm×D720mm |
| Structure and Cooling of the PCS Module | Primary and Secondary Terminals on the Front Panel, Rear Air Intake and Front Air Exhaust |
| Ventilation volume of PCS module | 467(CFM) |
| Minimum effective area of air inlet of PCS module | 43232(mm2) |
| Minimum effective area of air outlet of PCS module | 69171(mm2) |
| Weight | 70KG |
| Cooling mode | Forced air cooling |
| Multi-module networking mode | Ac side parallel connection |
| Scram function | The I/O of the module receives the Scram switch command |
| Man-machine interaction | The module does not have an LCD screen and an external 7-inch configuration screen is required. |
| BMS communication interface | CAN |
| EMS communication interface | Net interface or 485 |
| Communication with the screen | Net interface |
