S-Power Age Lithium-Ion Battery System Solution

S-power Age Lithium-ion Battery System Solution

Highlights

“Carbon Peaking • Carbon Neutrality” has become a global priority for all countries and industries, and the concept of green energy saving has also been widely recognized by the people.

Thanks to the new infrastructure and ‘dual carbon’ goals, the lithium-ion battery industry has developed geometrically at an astonishing pace. Lithium-ion iron phosphate walks in the forefront for its safety and stability, and has constantly carried out security upgrades.

By following the nuclear-grade safety design concept and leveraging it’s over 30 years of professional experience in the power field, SATRON deeply applied power electronics to the lithium-ion battery technology and released lithium-ion battery solution with high safety and reliability – SATRON S-PowerAge Backup Lithium-ion Battery System

Application

Government, education, transportation, communication, finance, data centers, medical treasure, enterprise, industry, energy storage.

 

 

 

Product Configuration
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Product Features

S-Power Age backup lithium-ion battery system solution adopts the modular parallel design, Safe, smart and simple.

Which can compatible with the full range of SATRON UPS, with power ranging from 6kW to 1200 kW.

Safe Electrical And Physical Double Isolation

  • Reduces the fault scope to an effective space without diffusion.
  • Port zero voltage, no risk of short circuit shock.

Modular fire protection

  • Modular fire protection, Can quickly, accurately and effectively detect and extinguish the fire source will extinguish the fire in the initial stag.

Failure Module Exit Automatically

  • Modular parallel design, failure module exit automatically, will not affect the system. Other modules can work normally. Improve the reliability.

Smart Module Design, Plug And Play

  • 5mins maintenance, reduce the OPEX cost.

Flexible For Expansion

  • Module design can expand the capacity of modules or cabinets.
  • Reduce the CAPEX cost.

Smart Battery Test

  • Parallel design, the battery can test the capacity separately. No need to cut off the power supply, improve the reliability.

Simple Intelligent Current Equalization

  • Can be used with new and old batteries.
  • Can be used with lithium-ion batteries from different suppliers.

Fault Recording, Early Warning

  • Fault recording, early warning, accurate and quick fault location, reduce the OPEX cost.

Adaptive Soc Management

  • Intelligent charge and discharge management, avoid over charge and over discharge.
  • Detects the battery internal temperature.
  • Improve the safety and reduce the OPEX cost.

Featured Three-layer Bms Architecture

The adopted three-layer BMS architecture (PBMU/SBMU/MBMU) ensures the reliability of lithium-ion battery system from cell, module, and system layers.

Battery Configuration Table

  1. 40Ah battery module for short time power backup

Meeting the required backup time according to the initial capacity

       2. 100Ah battery module for long time power backup

Meeting the required backup time according to the initial capacity

 

UPS capacity (kW)

12min (initial)

25min (initial)

 

Cabinet

Battery module

Cabinet

Battery module

≤60

1

6

1

12

≤80

1

8

1

16

≤100

1

10

1

20

≤200

1

20

2

40

≤300

2

30

3

60

≤400

2

40

4

80

≤500

3

50

5

100

≤600

3

60

6

120

≤800

4

80

8

160

Remark: This configuration is calculated with theoretical values, and the actual

configuration needs 10% margin: Actual backup time = theoretical backup time * 0.9

 
 

UPS capacity (kW)

1h (initial)

2h (initial)

4h (initial)

 

Cabinet

Battery module

Cabinet

Battery module

Cabinet

Battery module

≤6

1

1

1

2

1

4

≤10

1

2

1

4

1

8

≤15

1

3

1

6

1

12

≤20

1

4

1

8

2

16

≤40

1

8

2

16

/

/

Remark: This configuration is calculated with theoretical values, and the actual

configuration needs 10% margin: Actual backup time = theoretical backup time * 0.9

 
Technical parameters
 

Battery Cell

40Ah

100Ah

Type

LFP

Dimensions (mm)

27.0×148.5×133.0

50.5×160.3×120.0

Weight (kG)

1.01±0.1

1.95±0.1

Rated capacity (Ah)

40

100

Discharge rate (C)

6

1

Charge rate (C)

1

Rated voltage (V)

3.2

Battery Pack

S3M040-6C-240-X

S3M100-1C-240-X

Battery rated voltage (V)

57.6

Battery capacity (Ah)

40

100

Max. energy (kWh)

2.3

5.7

DC/DC rated output voltage (V)

240*2 (In series or parallel)

DC/DC rated output power (kW)

10

5

Dimensions (W*D*H) (mm)

223×665×153

440×665×132

Weight (kG)

36

50

Battery Cabinet

S3C040-6C-20-MX

S3C100-1C-12-MX

Battery max energy (kWh)

46

69

Rated output voltage (V)

240/±240/480

System rated output power (kW)

200

60

Number of battery modules

2-

12

Current-unbalance

≤5%

SOC accuracy

≥95%

Communication

RS485, CAN, TCP / IP, and dry contact

Working temperature (°C)

0~40 (+15~+30 recommended)

Altitude (m)

0~4000m, above 2000m derate

Dimensions (W*D*H) (mm)

600×860×2000

Weight (kG)

900

900

Maximum number of paralleled cabinets

8

Optional

Touch screen, Distribution cabinet, Fire edge cabinet, IT rear frame

Self-discharge rate

≤3% (0-30°C/month)

 

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