Jinlang Commercial and Industrial Energy Storage System

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Jinlang Technology

Jinlang Commercial and Industrial Energy Storage System

Detailed Introduction

6 Major Technical Solutions

1. AC/DC Separation Architecture Design
2. Easy-to-use, low-maintenance platform technology
3. All-in-one integrated design for power electronics
4. Triple Security Protection Technology
5. Open Software Compatibility Technology
6. Full-environment adaptation and thermal management optimization technologies

AC/DC Separation Architecture Design
AC–DC isolation, plug-and-play installation and deployment

Technical Specification Sheet EverCore-(100-261)kWh-(50-125)kW-NV

Model number	100kWh-50kW	120kWh-60kW	261kWh-125kW
System
Rated capacity	100.48 kWh	120.57 kWh	261.24 kWh
Maximum charge/discharge rate	0.5 P
Maximum cycle efficiency	89%
Depth of charge and discharge	0~100%
Dimensions (Width × Height × Depth)	1250 × 2030 × 1540 mm		1850 × 2230 × 1600 mm
Dimensions (without inverter) (Width × Height × Depth)	950 × 2030 × 1540 mm		1400 × 2230 × 1600 mm
Weight	1490 kg (battery cabinet) + 73 kg (inverter)	1630 kg (battery cabinet) + 73 kg (inverter)	2000 kg (battery cabinet) + 170 kg (inverter)
Operating temperature range	-25 ~ +55°C
Storage temperature range	0 ~ +49°C
Operating humidity range	≤ 95% (no condensation)
Maximum operating altitude	4000 m
System temperature control method	Industrial-grade air conditioning (battery cabinets; air-cooled packages); intelligent air cooling (inverters)
Fire suppression method	Standard configuration: aerosol fire suppression system, explosion-proof pressure relief valve, water-based fire suppression, and audible‑visual alarm; Optional accessories: combustible gas detector, smoke detection, and explosion-proof ventilation system.
Protection rating	IP55 (battery cabinet) + IP66 (inverter)
Corrosion Protection Grade (Battery Cabinet)	C4, C5 (optional)
Corrosion Resistance Grade (Inverter)	C5
Noise (rated operating condition)	70 dB(A) @ 1 m		75 dB(A) @ 1 m
Lightning protection level	AC Secondary / DC Secondary (Photovoltaic & Battery)
Protection method	Anti-islanding protection, residual current detection, insulation impedance monitoring, AC overcurrent protection, and protection against incorrect AC cable connections, among others.
Certification Standards	IEC62619, IEC61000-6-2/4, IEC62040, IEC63056, IEC62477, UN38.3
Battery
Cell type	LFP 3.2 V / 314 Ah
Cell cycle life	8000
System Battery Configuration	1P105	1P125	1P265
Rated voltage	320 V	384 V	832 V
Operating voltage range	290 ~ 360 V	348 ~ 432 V	754 ~ 936 V
Rated current	157 A
Number of battery packs	5	6	13
Battery pack capacity	20.08 kWh
Battery pack weight	198 kg
Inverter
Product model	G6-EH3P50K04-NV-YD-H	G6-EH3P60K04-NV-YD-H	G6-EH3P125K10-NV-YD-H
Rated output power	50 kW	60 kW	125 kW
Maximum output apparent power	50 kVA	60 kVA	125 kVA
Rated grid voltage	3/N/PE, 220 V / 380 V
Rated grid frequency	50 Hz
Communication frequency range	45 - 55 Hz
Rated output current	76 A	91.2 A	189.9 A
Maximum output apparent power	1.5 times the rated overload, for 10 s; 1.6 times the rated overload, for 2 s		1.2 times the rated overload, for 100 s; 1.4 times the rated overload, for 10 s; 1.6 times the rated overload, for 200 ms
And grid‑off switching time	≤ 20 ms
Power factor	> 0.99 (0.8 leading to 0.8 lagging)
Total Current/Voltage Harmonic Distortion Rate	< 2% / < 3%
Recommended Maximum PV Module Power	100 kW		250 kW
Maximum Available PV Input Power	100 kW		250 kW
Maximum input voltage	1000 V
Rated voltage	600 V
Starting voltage	180 V
MPPT voltage range	150 - 850 V		150 - 950 V
Maximum input current	4 × 42 A		10 × 42 A
Maximum short-circuit current	4 × 60 A		10 × 60 A
Number of MPPTs / Maximum number of input strings per phase	4 / 8		10 / 20
Communication	4G (data acquisition), CAN-BMS × 2, CAN-Parallel × 2, RS485-Meter, RS485, DRM, DI × 3, DO × 3		4G (data acquisition), CAN-BMS × 2, CAN-Parallel × 2, RS485-Meter, RS485, DRM, DI × 5, DO × 4
Maximum number of parallel units (in parallel/stand-alone mode)	10

① Rated operating conditions: Test conditions based on an ambient temperature of 25±2°C, a charge–discharge rate of 0.5P, and an AC output voltage of 380 or 400 V.
② This data is provided by the cell manufacturer. It is based on test conditions of an ambient temperature of 25±2°C, a charge/discharge rate of 0.5C, and a state of health (SOH) of 70%.

Technical Specification Sheet EverCore-(100-261)kWh-(30-75)kW-LV

Model number	100kWh-30kW	100kWh-35kW	120kWh-30kW	120kWh-35kW	261kWh-60kW	261kWh-75kW
System
Rated capacity	100.48 kWh		120.57 kWh		261.24 kWh
Maximum charge/discharge rate	0.5P
Maximum cycle efficiency①	89%
Depth of charge and discharge	0~100%
Dimensions (Width × Height × Depth)	1250×2030×1540 mm				1850×2230×1600 mm
Dimensions (without inverter) (Width × Height × Depth)	950×2030×1540 mm				1400×2230×1600 mm
Weight	1490 kg (battery cabinet) + 73 kg (inverter)		1630 kg (battery cabinet) + 73 kg (inverter)		2000 kg (battery cabinet) + 170 kg (inverter)
Operating temperature range	-25~+55℃
Storage temperature range	0~+45℃
Operating humidity range	≤95% (no condensation)
Maximum operating altitude	4000 m
System temperature control method	Industrial-grade air conditioner (battery cabinet); air-cooled (battery pack); intelligent air cooling (inverter)
Fire suppression method	Standard configuration: aerosol fire suppression system, explosion-proof pressure relief valve, water-based fire suppression system, and audible‑visual alarm; Optional equipment: combustible gas detector, explosion‑proof panel, and explosion‑proof ventilation system.
Protection rating	IP55 (battery cabinet) + IP66 (inverter)
Corrosion Protection Grade (Battery Cabinet)	C4/C5 (optional)
Corrosion Resistance Grade (Inverter)	C5
Noise (rated operating condition)	70 dB(A) @1 m				75 dB(A) @1 m
Lightning protection level	AC Secondary / DC Secondary (Photovoltaic & Battery)
Protection method	Anti-islanding protection, residual current detection, insulation impedance monitoring, AC overcurrent protection, and protection against incorrect AC cable connections, among others.
Certification Standards	IEC62619, IEC61000-6-2/4, IEC62040, IEC63056, IEC62477, UN38.3
Battery
Cell type	LFP 3.2V/314Ah
Cell cycle life②	8000
System Battery Configuration	1P100S		1P120S		1P260S
Rated voltage	320V		384V		832V
Operating voltage range	290~360V		348~432V		754~936V
Rated current	157A
Number of battery packs	5		6		13
Battery pack capacity	20.09 kWh
Battery pack weight	198 kg
Inverter
Product model	S6-EH3P30K-H-LV(2LA)	S6-EH3P35K-H-LV(2LA)	S6-EH3P30K-H-LV(2LA)	S6-EH3P35K-H-LV(2LA)	S6-EH3P60K10-LV-YD-H	S6-EH3P75K10-NV-YD-H
Rated output power	30 kW	35 kW	30 kW	35 kW	60 kW	75 kW
Maximum output apparent power	30 kVA	35 kVA	30 kVA	35 kVA	60 kVA	75 kVA
Rated grid voltage	3/N/PE, 127V/220V3/N/PE, 133V/230V
Rated grid frequency	50 Hz / 60 Hz
Communication frequency range	45-55 Hz / 55-65 Hz
Rated output current	78.7A / 75.3A	91.8A / 87.8A	78.7A / 75.3A	91.8A / 87.8A	157.5A / 150.6A	196.8A / 188.2A
Maximum output apparent power	1.5 times the rated overload, for 10 seconds; 1.6 times the rated overload, for 2 seconds.				1.6 times the rated overload, for 10 seconds; 2 times the rated overload, for 200 milliseconds.
And grid‑off switching time	≤10 ms
Power factor	>0.99 (0.8 leading to 0.8 lagging)
Total Current/Voltage Harmonic Distortion Rate	<2% / <3%
Recommended Maximum PV Module Power	60 kW	70 kW	60 kW	70 kW	120 kW	150 kW
Maximum Available PV Input Power	60 kW	70 kW	60 kW	70 kW	120 kW	150 kW
Maximum input voltage	1000 V
Rated voltage	600 V
Starting voltage	180 V
MPPT voltage range	150-850 V				150-950 V
Maximum input current	3×42 A				10×42 A
Maximum short-circuit current	3×60 A				10×60 A
Number of MPPTs / Maximum Number of Input Strings	3/6				10/20
Communication	Standard configuration: WiFi + LAN + Bluetooth, CAN‑BMS × 2, CAN‑Parallel × 2, RS485‑Meter, RS485, DRM, DI × 3, DO × 3; Optional: 4G				Standard configuration: WiFi + LAN + Bluetooth, CAN‑BMS × 2, CAN‑Parallel × 2, RS485‑Meter, RS485, DRM, DI × 5, DO × 4; Optional: 4G
Maximum number of parallel units (in parallel/stand-alone mode)	10

① Rated operating conditions: Test conditions based on an ambient temperature of 25±2°C, a charge–discharge rate of 0.5P, and an AC output voltage of 220 or 230 V.

② This data is provided by the cell manufacturer. It is based on test conditions of an ambient temperature of 25±2°C, a charge/discharge rate of 0.5C, and a state of health (SOH) of 70%.

Packaging and shipping