Hisense Network Energy

Hisense Network Energy

Leading the Future of Green and Low

Carbon Energy

Hisense Industrial and Commercial

Energy Storage Solutions

Green Energy Build A Better Life Together

Sales revenue in 2023

Founded in 1969, Hisense has always adhered to the development strategy of \"Develop enterprise with

technologies & Operate in a steady way”. The Group has five listed companies including Hisense Video (

600060), Hisense Home Appliances (000921), Sanden Holdings (6444), Kelin Electric (603050), and Ch

angelight (300102). It owns more than 20 subsidiaries, and many brands including Hisense, Toshiba TV,

GORENJE, KELON, Ronshen, ASKO and VIDDA, etc. As a benchmark company to undertake Hisense

Group's development strategy in the fields of power electronics and new energy, Qingdao Hisense Netwo

rk Energy Co., Ltd. is currently mainly engaged in the R&D and sales of related products in the field of n

ew energy, and has created full-stack solutions in the fields of light, storage and charge, with a cumulativ

e energy storage supporting business of 25GWh.

R&D organization industrial parks and production bases

Hisense Group

Diversity-Tolerant • Unlimited Trustiness

RMB 202.2 billion yuan

26 34

Hisense Network Energy A world-leading new energy comprehensive solution provider

Adhere to Hisense's development strategy of \"Develop enterprise with technologies\", rely on power electronics technology and

green temperature control technology, promote the green energy revolution, and provide strong support for the carbon peaking

and carbon neutrality goals

Energy storage Provide a full chain energy storage scenario solution for \"facilities-systems-solutions-platforms”

Provide green, efficient, intelligent and secure data center and communication network solutions

Accumulated installed capacity of energy storage facilities up to 25GWh

ICT&IDC

In the four major operator systems including China Mobile, China Unicom, China Telecom, and China Tower, the proportion of temperature control products for

communication accounts for 42%

Communication site Data Center

Certificate of Honors

2023 Polaris Cup

(Beijixing Cup)

Energy Storage

Influence

Supporting

Supplier

2023 Best

Temperature

Control

Technology

Solution Award for

China’s Energy

Storage Industry

2023 Best Energy

Storage

Temperature

Control

Technology

Solution Award

2023 China New

Energy Storage

Temperature

Control System

Enterprise

Innovation Award

2023 Best Equipment

Supplier in China’s Energy

Storage Industry

2023 Best Innovative

Enterprise Award in China’s

Energy Storage Industry

Vice Chairman Unit of

EESA

Industrial and commercial-side energy storage

Generation-side

energy storage

Household miniaturized

energy storage side

Microgrid comprehensive solution

Scenario Solutions

Industrial park

The power load of manufacturing plants varies according to

the orders and production capacity, the power load is

complex, and the load curve is difficult to predict. The

energy storage system can adjust the charging and

discharging strategy in real time through intelligent

algorithms such as load forecasting. It can minimize capacity

costs while reduce electricity costs through peak-valley

differences.

Parks with high power quality requirements can smoothly

switch to distributed energy storage system through

on/off-grid mode to achieve current optimization, and

self-generation & self-use. When photovoltaic power

generation is carried out in remote areas, the energy storage

system can store additional power on demand for 24 hours

and get rid of the trouble of power failure.

The electricity expansion of the grid is generally the main

constraint of the construction of charging stations. By

deploying energy storage systems in charging stations to

achieve dynamic capacity expansion and meet the

instantaneous high-power charging demand, charging costs

can be further reduced through the incomes based on

peak-valley difference, and the return on investment of

charging stations can be significantly improved.

The commercial buildings feature obvious high and low

peaks of electrical load. The energy storage system saves

electricity cost by reducing the electrical capacity charge and

relying on the peak-valley difference, and meets the dual

requirements of low space and low energy consumption of

the energy storage system in modern buildings through the

characteristics of high energy density and flexible

deployment.

Microgrid

Charging station

Commercial buildings

Basic Concept

Peak shaving and valley filling

Demand charge

Dynamic capacity expansion

Item Dynamic capacity expansion Static capacity expansion

Be suitable for scenarios with short-time overload (The best within 1-4 hours) while charging not

exceeding the capacity

24-8 8-11 11-13 13-22 22-24

24-8 8-11 11-13 13-22 22-24

Charge power curve

Based on cloud computing and EMS

forecasting control system

Use peak-valley arbitrage to reduce the

maximum demand charge expenditure

Charging

Discharge Discharge

Charging Standby

0.316 1.071 1.2583 0.316 1.071 1.2583 1.071 0.316

* Note: Zhejiang peak-valley electricity price in July 2023

Taking Zhejiang Province as an

example, and counting 1MWh on a

basis of 300 operating days/year, the

annual income is about 450,000 yuan

Statistical forecasting

Demand peak

Procedure application

Approval time

Installation charge

Expansion difficulty

Easy

Shorter

Lower

Simple

Complex

Longer

Higher

Difficult

Intelligent local microgrid and virtual

power plant control technology

PCS

Core technology

Energy Storage Safety Leading

Multilevel topology structure and corresponding

control technology are adopted

Achieve perfect harmonic-free grid-connection, and reduce the

grid-connection current THD to less than 2.5% compared to the

traditional two-level structure

Adopt the particle swarm optimization

algorithm-based smart power grid dispatching and

virtual power plant control technology

Realize the rapid dispatch and response of local microgrid, and employ

AI self-adaptive algorithm to solve the difficulty of customer operation

and maintenance

Adopt active equalization control technology with

DCDC integrated in PACK

Break through the battery barrel effect, so that each cell is working

within the optimal voltage and current range, and the battery is more

reliable with longer service life

EMS

BMS

Perfect harmonic-free technology

Active equalization control technology

New battery, same capacity

Capacity difference reduced

Capacity difference, with available

power attenuation

Adopt active equalization

technology

Use for long time

Adopt active equalization

technology

Passive

equalization

After use for a

long time

After use for a

long time

Full chain

AI liquid cooling temperature control technology

Self-developed 8th generation Turbo-Cooling

variable-frequency intelligent cooling technology

The auxiliary power consumption is reduced by more than 30%, the

parallel connection loss tolerance is zero, the cell temperature difference is

controlled within 2°C, and the cell life is extended by 20%

Adaptive design for complex environments

AEC-Q component selection, and low temperature test, adapting to

-30°C ambient temperature. Key components anti-corrosion treatment,

being customizable for capabilities like anti-sand, anti-corrosion, and

anti-salt spray

Horizontal layout of temperature control unit

The energy storage system covers a space less than that of conventional

product by more than 30%

More

efficient

More

reliable

More

flexible

Hi-Cube

Hi-Cube industrial and

commercial liquid cooling

energy storage system

HiCEP100-E215-FY

This product integrates core equipment such as battery system, PCS

system, BMS system, EMS system, temperature control system, electrical

distribution system, fire control system, etc., with the core advantages of

high security and high reliability.

The industrial and commercial energy storage cabinets adopt an

integrated-type cabinet design, which is easy to install, transport,

maintain, and support system expansion.

The industrial and commercial energy storage cabinets are divided into air

conditioning compartment, battery compartment and electrical

compartment, and such three compartments are separated. The air

conditioning compartment is located on the top of the cabinet and is

equipped with a liquid cooling unit. The battery compartment is below the

air conditioning compartment, and is equipped with 5 battery packs and

fire protection system. The electrical compartment is located at the bottom

of the cabinet and is equipped with an energy storage converter and a

distribution box.

Product Introduction

Product feature

With the 8th generation Turbo-Cooling variable frequency intelligent cooling technology, the

temperature difference of the battery cell is controlled within 2°C, and the battery life is

extended by 20%;

High-quality brand battery, in line with IEC62619 and GB/T36276 certification requirements;

PACK level, and cabinet-level active perfluorohexanone fire fighting plus full-immersion water

fire fighting and multi-dimensional sensing intelligent software fire fighting system;

IP54 protection for the complete machine, and IP67 protection for the core components;

With LVRT and HVRT functions, efficient anti-islanding strategy, and high power grid

adaptability.

The maximum cycle efficiency of the system exceeds 91%, the auxiliary power consumption is

reduced by more than 30%, with zero parallel connection loss tolerance, PCS adopts three-level

topology structure, the conversion efficiency is as high as 98.5%, the discharge is about 4500

degrees a year, the battery life is extended, and the energy storage yield is increased by more

than 10%;

The linetoline is fully integrated vertically, and covers an area of only 1.3 m2, which is smaller

than that of conventional products by more than 30%.

Safety and reliability

Economical and efficient

Factory pre-assembly, flexible deployment, fast installation, multi-machine parallel connection

support, and capacity expansion on demand;

System data can be connected to Hisense JuCoud cloud platform through WIFI, 4G/5G, Ethernet

and other means, and station & cloud strategy can be configured online to achieve online

debugging and unattended operation.

AI generates optimal dispatching policies to help improve revenue;

With 370 professional service providers and 5,500 maintenance outlets in 7 service regions,

make rapid response and fast processing, and provide worry-free after-sales service.

Artificial Intelligence for IT Operations (AIOPs)

1350mm

980mm

Battery system capacity

Battery voltage range

Cell type

Rated power

Maximum output power

Rated grid voltage

Rated grid frequency

Number of cycles

Charge and discharge rates

Heat management

Fire control

AC side

DC side

Charge and discharge

conversion time

Control method

Running mode

Communication mode

Connection mode

Allowable ambient

temperature

Allowable ambient humidity

Storage temperature

Maximum working altitude

Protection class

Dimensions

Weight

215KWh

672V DC~864V DC

3.2V/280Ah

100KW

110KW

380V AC

50Hz，±5Hz

>8000 times (0.5C@25°)

≤0.5C

Intelligent liquid cooling

Perfluorohexanone

Load switch protection

Fuse + load switch protection

≤80ms

Remote/local

On-grid/off-grid

CAN/4G/Eth

AC bottom incoming line/three-phase four-wire system

- 20℃~+55℃

0~100%RH

-30℃~+60℃

2000m

IP54

980*1350*2400 (mm)

2300Kg

Model HiCEP100-E215-FY

Product parameter

2400mm

Hi-Cube

Hi-Cube industrial and

commercial liquid cooling

energy storage system

HiCEP100-E215-FY

PCS parameter

Rated AC power

Wiring method

AC overload capacity

Allowable grid voltage

Allowable grid frequency

Total current harmonic distortion rate

Power factor

100kW

Three-phase three-wire system

110 kW

380Vac

50Hz

≤3%

0.99/-1～1

110kW

650～900Vdc

190A

≤±1%

98.5%

755×255×810 mm

100kg

<60dB

IP65

-25~55°C (Derated, over 45°C)

Intelligent air cooling

0~95% (No condensation)

3,000m (Derated, over 3,000m)

RS 485, CAN

Modbus TCP/RTU,CAN2.0

Supported

Maximum DC power

DC voltage range

Maximum DC current

Stable voltage accuracy and stable current accuracy

Maximum conversion efficiency

Dimensions (Width × Height × Depth)

Weight

Noise

Protection class

Operating ambient temperature

Cooling method

Allowable relative humidity

Allowable altitude

Communication interface

Communication protocol

BMS access

AC parameter

DC parameter

System parameter

Communication parameter

Item Parameter Conditions

Standard capacity

Standard energy

Operating voltage

Outgoing internal

resistance

Operating temperature

(Charging)

Battery weight

Cell size

Standard charging

power

Operating temperature

(Discharge)

Monthly self-discharge

Hi-Cube

Hi-Cube industrial and

commercial liquid cooling

energy storage system

HiCEP100-E215-FY

Cell parameter

280Ah

896 Wh

(2.5～3.65)y

(2.0～3.65)v

0.18±0.05 m Ω

≤3.0%/month

0 ℃~60℃

-20℃~60℃

(5.43±0.20)Kg

Width: (174.70±0.5) mm

Height: (207.11±0.5) mm

Thickness: (71.65±0.5) mm

0.5 p

(25±2)℃, standard charge and

discharge

(25±2)°C, standard charge and

discharge

Cell temperature T>0°C

Cell temperature T≤0℃

27% SOC, 1kHz, based on production

line test data

Standard charge to 34.6%SOC,

(25+2)°C storage

Including blue membrane

Under (300+20) Kgf pressure, fresh cell

(including blue membrane)

(25±2)°C

Battery module parameters

N.A.

Item Parameter Conditions

Cell capacity

Battery pack composition

Standard capacity

Dimensions (L*W*H)

Weight

Rated voltage

Operating voltage

Allowable maximum

operating temperature

range

Storage temperature range

280Ah

1P48S

43.008kWh

810mm*1090mm*240mm

312±5kg

153.6Y

0～60℃

120～175.2 V

-30～60℃

0℃~35℃

Standard charge and discharge

Charge

Discharge

Hisense energy storage temperature control

solutions accumulated installed capacity up to

25GWh

projects above

There are 50

200MWh

Cooperation partners

Cases

Xinjiang Bole 600MWh energy storage power

station project

CHN Energy Yanchi 400MWh shared energy

storage power station project

Hebi 200MWh energy storage power station

project

Liangjiang Longsheng 200MWh energy storage

power station project

Leizhou Yingli 400MWh energy storage power

station project

Qingyun 200MWh energy storage power station

demonstration project

Perfect supply chain system

Let every customer really enjoy high-quality and reliable products and make each link fine and strict from parts selection and product

production, to finished product inspection

Full-life cycle service system

Group centralized-purchase advantage

Group supplier

pool resource

sharing

Installation

service

Debugging

service

Upgrading

and

rebuilding

services

Project

implement

ation

service

Commission

maintenance

service

Maintenance

service

Group

bulk-purchase cost

advantage

Electronic components,

steel plates and other raw

materials

centralized-purchase

All parts are provided by

TOP-level suppliers

The annual production

capacity of industrial

and commercial pure

energy storage

equipment is 1.5GWh.

The annual production

capacity of energy

storage supporting

facilities is 10GWh

Annual production

capacity of specialized

air conditioning:

300,000 sets

Online collection, acquisition and analysis of key process parameters; full-process of IoT barcode management and quality optimization management

High standard evaluation system and complete management system in the industry; products have been certified and recognized by top-level domestic and

international institutions

Production capacity

Full-process control

Energy storage production lines Specialized air conditioning production line

6 management sections: Service

network, technology, information,

spare parts, settlement, and project

8 call centers in China

365×24 year-round service response

Overseas: Covering more than 50 countries

and involving 25 languages

9 system modules, and 23 subsystems

Realize the management and monitoring of

the whole service process

Being oriented by service marketing and

process efficiency, optimize the future

business operation process of after-sales

service

Realize the multi-system information

interaction, and position the service value chain

location in real time according to business

nodes, to determine the service coverage and

management boundaries

As to ordinary faults, make sure to remove

within 2 hours after arriving at the site

As to serious faults, make sure to remove

within 24 hours after arriving at the site

Fault repair response within 30 minutes

Arrive at the fault site within 12 hours

China: 7 regions, covering all

provinces and municipalities in the

country to achieve service delivery

Overseas: Establish overseas service

systems in 55 countries and regions

370 professional service providers

5,500 installation and

maintenance outlets

Covering the whole country and

overseas

Energy storage test Specialized air conditioning test

Perfect service network system Fast response system Full-process service information-based system

Headquarters

Region

Service

provider

network

Equipment final test Air tightness test Single board function test Automatic platform test Salt spray test Pressure shock test Lightning resistance test Piping stress test

Version No.: HXHC-2023(001)CN

Qingdao Hisense Network Energy Co., Ltd.

Address: Building C2, Hisense New R&D Center, No. 399, Songling Road, Laoshan District, Qingdao City, Shandong Province

Production address: No. 1, Hisense Road, Pingdu City, Qingdao City, Shandong Province

Official website: wlny.hisense.com

Although every precaution has been taken to ensure the accuracy and completeness of the samples, we shall not be liable for any errors or

omissions that may occur in the information; The product-related information is for reference only, and our company reserves the right to

modify the sample without prior notice. All shall be subject to the actual products, and all rights are reserved for Qingdao Hisense

Network Energy Co., Ltd.