Annotation 2019-09-27 092914

NARADA MW-scale containerized lithium battery energy storage system qualified UL9540 certification

Narada Lithium-Ion Containerized Energy Storage System recently qualified the most stringent system-level safety certification in the world – UL9540!

According to statistics, only 16 battery companies in the United States, South Korea, Japan, China, and Israel have qualified UL9540 certification up to now, most of which are small-scale residential or commercial energy storage systems. Only two are MW- scale containerized energy storage systems. NARADA is the third in the world.

15677391074939614945

The energy storage system and equipment safety standard UL9540 (STANDARD FOR SAFETY, Energy Storage Systems and Equipment) is the highest safety standard in the energy storage system hierarchy. Passing UL9540 certification means an excellent recognition on a global scale.

Narada’s Lithium-Ion Containerized Energy Storage System integrates core equipment such as lithium battery system, battery management system, thermal management system, electrical distribution system, fire protection system, etc. It has the core advantages of high security and high reliability. The battery system uses a platform design to support high energy density and high flexibility. The internationally authoritative third-party certification organization has carried out comprehensive technical evaluation and rigorous testing on the design safety, electrical safety, battery safety, functional safety and environmental adaptation of Narada’s Lithium Energy Storage System, and certified its system to achieve global highest standard of storage energy UL9540. Narada’s Lithium Energy Storage System is increasingly favored by large international energy companies with its highly reliable system design and high security system guarantee.

Capture

The First Mobile Energy Storage Power Station Project in Zhejiang Officially Online

On August 8, a large-scale lithium-ion energy storage power station for Yuhang Future Science and Technology City’s electricity service was officially launched. The province’s first mobile energy storage power station project was officially connected today, which is another masterpiece of Narada.

Capture

The capacity of this power station is 2MW/4MWh, all of which are designed and built with the independent intellectual property rights of Narada. The power station has set up two double-split transformers with 1250 kVA and connected to the 110 kV oil truck substation in Yuhang District, Hangzhou.

Capture
The number of power users in the Future Science and Technology City area reached 140,000, including Alibaba, China Mobile, Holley and BGX Group etc.With the development of the Future Science and Technology City, the demand of electricity continues to increase, with an annual growth rate of 10-20%. From January to July 2019, the electricity sold was 905 million kWh, a year-on-year increase of 15%; the highest load was 488,000 kW, an increase of 19.57%.

This energy storage power station has the function of “shaving the peak and filling the valley”. This lithium-ion energy storage power station is officially launched, which effectively mitigating the electricity demand in the Future Science and Technology City.

Capture

As a leader in the domestic energy storage field, Narada has rich experience in design, integration and construction of energy storage systems. Narada delivered this project to the owner in just 20 days.

During the project acceptance process, the acceptance expert group gave a high evaluation of the process and quality of this project, and the power supply company also fully affirmed the technical capability and work coordination of Narada.

15604807433071yhnkt

The energy storage capacity and power scale of Narada ranked first in 2018

Recently, the China Industrial Association of Power Sources Energy Storage Application Branch released the “2019 Energy Storage Industry Application Research Report”. Narada’ s installed capacity and power scale ranked first in China’s new electrochemical energy storage projects in 2018.

The white paper not only analyzes the pattern and situation of the domestic and international energy storage market of 2018, but also publishes the ranking of China’s newly-invested electrochemical energy storage of 2018.

As it can be seen from the rankings, Narada has taken the leading in terms of new installed capacity and power scale, ranking first in the two rankings.

2018 has become a crucial year for China’s energy storage development. The energy storage market of China has achieved another round of rapid growth. The cumulative installed capacity of electrochemical energy storage has exceeded GW. The proportion of energy storage in the grid side and auxiliary service market has increased significantly, and energy storage applications have been fully rolled out in various fields.

Since 2016, the company has actively explored and promoted the commercialization of energy storage. Based on the economy of lead-carbon batteries, it has developed a domestic FM-based market for domestic users and overseas power. Based on lithium battery system integration technology, it has expanded its energy storage applications on the grid side.

The well-tested Narada’s energy storage system technology has entered a mature application stage.

Based on the closed loop of the existing industry, Narada will continue to iterate system solutions, expand cost advantages, and contribute wisdom and strength to the exploration of energy storage commercialization and service to the global integrated energy market.

144705852422286rzd7

313K(High Temperature) 2V/12V, High temperature, Cycling & floating

Range summary

313K(HTB) series, under name of 313 degree Kelvin, series is High Temperature Battery. With 8 exclusive patented technologies, 313K series provide excellent deep cycling capability in high temperature. 313K series help user reduce greatly operating cost. 313K series is the first choice for increasing power demands in remote telecom sites where high temperature and other tough off-grid hybrid applications.for fast installation and facilitates maintenance.

Technical Features

• Special designed AGM-Acid Valve-Regulated Lead Acid battery
• Patented anti-corrosion grid technology
• Optimized active material for high temperature conditions
• Wide operating temperature range:-40°C to +80°C
• Excellent deep cycling performance
• Innovative robust design inside and out to ensure superb safety and reliability
• Innovative flame retardant ABS case (UL94 V-0, optional)
• Low self-discharge rate
• Suitable for continuous operation at temperatures in excess of 35℃
• Comply with IEC, IEEE, UL, EN, CE standards, etc.
• Design life at 35°C (95°F): 15+ years (2V), 10+ years (12V)

Main Applications

  • Hybrid telecom remote base stations
  • Renewable energy wind & solar sites
  • Grid frequency leveling systems
  • All back-up applications where grid reliability is poor
  • All extreme environment off-grid

General Specifications

Type Nominal Voltage Rated
Capacity(Ah)
Dimensions(mm) Weight
(Kg)
PDF
C10 Length Width Height Total Height
HTB-200 2V 200 227 96 291 303 17.0

 

HTB200

HTB-300 2V 300 227 133 291 303 24.0

 

HTB300

HTB-400 2V 400 227 170 291 303 31.0

 

HTB400

HTB-500 2V 500 231 155 396 408 39.0

 

HTB500

HTB-600 2V 600 231 180 396 408 46.0

     HTB600

 

HTB-800 2V 800 231 231 396 408 61.0

 

HTB800

HTB-1000 2V 1000 231 282 396 408 76.0

 

HTB1000

HTB-1200 2V 1200 232 263 502 514 90.0

 

HTB1200

HTB-1500 2V 1500 235 317 502 514 110.0

 

HTB1500

HTB-2000 2V 2000 235 443 502 514 155.0

 

HTB2000

12HTB100 12V 100 390 108 287 287 35.0

 

12HTB100

12HTB150 12V 150 546 125 310 310 56.0

 

12HTB150

 

12HTB170 12V 170 546 125 310 310 58.0

 

12HTB170

 

General HTB Brochure 313K high temperature battery

rexc-2

REXC(Lead Carbon) 2V, PSOC, Cycling, Fast charge

Range summary

REXC series, under name of REX Carbon, is lead carbon battery developed from REX series. Combine world advanced lead carbon technology and REX VRLA technology, REXC lead carbon battery extra-long cycle life, special in partial state of charge (PSoC) cycle, significantly faster recharge rates and large current discharge performance. REX Series is mainly designed for energy storage system, hybrid system.

Technical Features

• Lead Carbon technology battery
• Combine the advantages of lead acid battery and super capacitor
• Excellent recharge acceptance and super fast charge/large discharge performance
• Outstanding PSOC cycle performance
• Innovative robust design inside and out to ensure superb safety and reliability
• Horizontal installation position for less space, easy installation & maintenance
• Self-regulating pressure relief valve with flame arrester
• Flame retardant ABS case (UL94 V-0, optional)
• Low self-discharge rate
• High gas recombination efficiency (>99%)
• Comply with IEC, IEEE, UL, EN, CE standards, etc.
• Design life at 25°C (77°F): 20+ years (2V), 20+ years (12V)

Main Applications

• Energy storage systems
• Hybrid energy systems such as solar and wind energy
• Generator and battery hybrid energy systems
• Emergency lighting systems
• Other standby, cyclic systems

General Specifications

Type Nominal Voltage Rated
Capacity(Ah)
Dimensions(mm) Weight
(Kg)
 PDF
C10(1.80Vpc@25℃) C120(1.85Vpc@25℃) Length Width Height Total Height

REXC-200

2V

200Ah

240Ah

227

96

291

303

18.0

     REXC200

REXC-300

2V

300Ah

360Ah

227

133

291

303

25.0

 

REXC300

REXC-400

2V

400Ah

480Ah

227

170

291

303

32.0

 

REXC400

REXC-500

2V

500Ah

600Ah

231

155

396

408

40.0

 

REXC500

REXC-600

2V

600Ah

720Ah

231

180

396

408

48.0

 REXC600

REXC-800

2V

800Ah

960Ah

231

231

396

408

62.0

 

REXC800

REXC-1000

2V

1000Ah

1200Ah

231

282

396

408

76.0

 

REXC1000

REXC-1200

2V

1200Ah

1440Ah

232

264

502

514

89.0

 

REXC1200

REXC-1500

2V

1500Ah

1800Ah

232

322

502

514

110.0

REXC1500

REXC-2000

2V

2000Ah

2400Ah

232

456

502

514

150.0

REXC2000

OPzV-3

OPzV 2V, Tubular Gel, Cycling

Range Summary

Ares(OPzV) series, under name of “God Ares”, is traditional tubular gel battery widely used in all kinds field. Ares series provide excellent deep cycle, recovery performance and high level reliability think to the conservative tubular positive plate and gel electrolyte. Ares series is mainly designed as standby and cycle application as energy storage system, telecommunication, emergency power.

Technical Features

• Traditional tubular gel technology
• Excellent deep cycle and recovery performance
• Reliable seal performance, and high recombination efficiency
• Remarkable high rate discharge performance
• Initial capacities exceed the DIN standard value
• Imported case and lid comply to DIN 40742 standard.
• Flexible and convenient installation, and slinky outside looking
• Flame retardant ABS case (UL94 V-0, optional)
• Low self-discharge rate
• Comply with IEC, IEEE, UL, EN, CE standards, etc.
• Design life at 25°C (77°F): 18+ years

Main Applications

• Telecommunications
• Energy storage such as solar and wind system
• Motive power applications
• Railway and mining markets
• Nuclear plant
• Uninterruptible power supply (UPS)
• Other floating and cycling applications

General Specifications

Type Nominal Voltage Rated
Capacity(Ah)
Dimensions(mm) Weight
(Kg)
PDF
C10 (1.80Vpc@25℃) Length Width Height Total Height

4OPzV 200

2V

200

103

206

356

389

20.0

6OPzV 300

2V

300

145

206

356

389

28.0

6OPzV 400

2V

400

145

206

473

505

35.0

7OPzV 500

2V

500

166

206

473

505

41.0

6OPzV 600

2V

600

145

206

646

678

49.0

8OPzV 800

2V

800

191

210

646

678

65.0

10OPzV 1000

2V

1000

233

210

646

678

80.0

12OPzV 1200

2V

1200

275

210

646

678

93.0

12OPzV 1500

2V

1500

275

210

795

827

117.0

16OPzV 2000

2V

2000

399

212

770

802

155.0

20OPzV 2500

2V

2500

487

212

770

802

192.0

24OPzV 3000

2V

3000

576

212

770

802

228.0