contents

02 overview

03 Product category03 G-SVC: High Voltage Static Var Compensator

08 G-SVG: High Voltage Static Var Generator

09 G-TSC: Thyristor Switched Compensator

11 G-DE-ICER: Mobile DC DE-ICER

13 G-DE-ICER: DC DE-ICER with SVC function

15 G-APF: Active Power Filter

17 G-RSF: Relay Switched Filter

22 DC Power Supply Device

23 EPS (Emergency Power Supply)

03

Product category

02 Power electronics

Introduction

Overview

Manufacture, marketing, design and installation of 3~10KV HV

Inverter, 460V/690V LV Inverter, UPS, DC UPS.

Cooperation with Toshiba and Mitsubishi to found joint ventures

to manufacture state-of-the-art products. We have full-featured

test laboratory, world class product R&D approaches, and the

most advanced test equipment in the industry.

Power electronic technology oriented, specialize in R&D of

power quality optimization and flexible power transmission

equipment. Main products include: High Voltage Static Var

Compensator (SVC), High Voltage Static Var Generator (SVG),

Thyristor Switched Compensator (TSC), mobile DC DE-ICER

or DE-ICER with SVC function, Active Power Filter (APF), Relay

Switched Filter (RSF) with proprietary intellectual property rights

for all the products and patents for scores of inventions and new

utility models.

Introduce and establish many management approaches and

systems to guarantee high-quality products, such as ISO9001,

ISO14001, OHSAS18001, 6S, ERP, CRM, PLM, JIT, MBO and CEMS.

Product Category

G-SVC: High Voltage Static Var Compensator

Functions

Stabilize bus voltage, filter harmonic, balance three-phase load current, and improve power factor and system stability

SVC Principle SVC Cabinet SVC Valve

Thyristor Advantages

Thyristor valve is compact and occupies small space.

Flexible cooling methods

According to optimum condition it adopts wind cooling,

heat pipe cooling or water cooling system. For loads with low

reactive power, such as wind power, coal mine, electric railway

etc., Guirong Xieping creatively develops natural wind cooling

construction with free maintenance, which greatly reduces

investment and routine maintenance.

Unique precise crimp structure to ensure optimum running

status of thyristor components so as to extend the service life of

these components.

Advanced instantaneous reactive power control algorithm to

ensure the response time of SVC system is less than 10ms.

Control methods: it works under the reactive control or voltage

control mode.

Control protection system adopts hardware and software

platform at American military grade, which ensures system high

reliability.

Protection for BOD operation, valve components failure,

triggering and detection channel failure, backup triggering

frequent operation etc. to ensure safe system operation.

Optical fiber to carry on signal transmission which ensures the

signal reliable without disturbing.

04 05

Product category

Product category

Power electronics

Applications

Substation

In the regional power grid, multi-stage thyristor switched

capacitor banks are generally used to compensate system

reactive power and improve power factor. This method has the

following disadvantages:

1. It can only provide capacitive reactive power, and it cannot

make accurate regulation along with the changes of loads.

2. It can easily over-compensate the system in light load,

increase the bus voltage, and damage the stability of the electric

equipment and system.

SVC system can accurately make capacitive and inductive

reactive power compensation, which helps to solve the over-

compensation problems thoroughly and conveniently while

stabilizing bus voltage and improving power factor.

Arc Furnace

When the electric arc furnace is connected with the power

grid as the nonlinear and irregular loads, it will cause harmful

influences to the power grid, which mainly include:

1. They cause severe three-phase unbalance of the power grid,

and generate negative sequence current

2. They generate higher harmonics, usually 2nd, 4th even

harmonics and 3rd, 5th, 7th odd harmonics often co-exist

3. They cause voltage fluctuation and voltage flicker

4. They reduce power factor

SVC has fast response speed, which can quickly provide

reactive current for the electric arc furnace, stabilize the bus and

grid voltage and reduce the flicker influence. The split phase

compensation function of SVC can eliminate three-phase

unbalance, and filter can eliminate harmful higher harmonics

and provide the system with capacitive reactive power to

improve power factor.

Rolling Mill

The reactive impulse caused by rolling mill and other industrial

symmetrical loads during operation will cause the following

influences:

1. They cause voltage fluctuation of the power grid.

2. They reduce power factor

3. They generate harmful higher harmonics, which are

represented by 5th, 7th, 11th, 13th odd harmonics, causing

severe voltage distortion of the power grid.

Example 1

The valid value curve of 6kV system voltage before SVC

activation is shown in the figure. There are obvious voltage

drops during the rolling mill operation. The maximum voltage

drop is 7.3%.

The valid value curve of 6kV system voltage after SVC activation

is shown in the figure. The voltage drops are reduced during

rolling mill operation, and the maximum voltage drop is 1.9%,

which meets the national standard.

Wind Power Industry

Since the wind power cannot be constant, the power generated

by the wind farm is constantly changing, and SVC fast response

to power changes can perfectly compensate the power

generated by the wind farm.

Hoister

Hoisting machine and heavy-industry loads will influence the

power grid in the following aspects;

1. They cause voltage fluctuation of the power grid

2. They reduce power factor

3. They generate harmful higher harmonics.

Above issues can be perfectly solved after applying SVC.

P=Arc furnace power active power SVC=SVC connection

U=Arc furnace busbar voltage ORI=without compensation

Above issues can be perfectly solved after applying SVC

system, which maintains the bus voltage stability and eliminate

harmonic interference.

Arc furnace

Other load Compensation device

06 07

Product category

Product category

Power electronics

Electric Locomotive

Electric locomotive applies single phase power supply, which

causes severe three-phase unbalance of the power grid, reduces

the power factor and generates negative sequence current. SVC

uses split phase quick compensation function to balance the

three-phase power grid and increase the power factor.

FC Branch Circuit TCR

SVC Cabinet

Typical Projects

1.SVC project at Mali Wind Farm of China Huaneng

Group Co., Ltd. Zhenlai County, Jilin Province

In September of 2008, Zhejiang Guirong Xieping Technology

Co., Ltd. won the bid of supplying a set of TCR+FC model SVC

to Mali Wind Farm owned by China Huaneng Group Co., Ltd.

Zhenlai County, Jilin Province. It was installed at 220kV step-

up substation of the wind farm with power supply voltage

of 35kV.Based on the voltage change features of wind power

system, G-SVC adopts advanced reliable control platform and

control algorithm to adjust the reactive power value instantly,

continuously and smoothly, suppress the voltage fluctuation

and flicker effectively, filter harmonic, and improve the system

stability as well. It has been in good operation condition since it

was put into service.

2.SVC project at Beiman Special Steel Co., Ltd. of

Northeast Special Steel Group

In July of 2008, Zhejiang Guirong Xieping Technology Co., Ltd.

made reconstructive repair for the SVC installed at a matched

220kV substation for a 90 tons ultra high power electric arc

furnace at Beiman Special Steel Co., Ltd of Dongbei Special

Steel Group. It used to be the biggest single TCR model SVC

with power supply voltage of 35kV and compensating capacity

of 127M. In April of 2008, there was a serious accident that the

main components such as capacitors and reactors etc. mostly

burned down. After checking and analyzing this malfunction,

our engineers found out the fault cause and presented the

reconstructive repair proposal according to the manufacturing

technique of electric arc furnace and actual situation of power

supply system. After more than two months of repair and

rectification, the SVC operated successfully in July of 2008. It

operated steadily and all parameter indicators such as voltage

fluctuation, voltage flicker, harmonic and three-phase unbalance

of the power grid achieved the national standard. The successful

operation of the SVC not only ensures normal production

activities but also brings good economic benefits for users.

08 09

Product category

Product category

Power electronics

G-SVG: High Voltage Static Var Generator

Functions

Stabilize bus voltage, filter harmonic, balance three-phase load current, and improve power factor and system stability

Technical Advantages

■ Rated inductive and capacitive reactive power can be adjustable smoothly and continuously

■ Response speed is faster than 5ms

■ Forced air cooling mode

■ Integral structure adopts floor type or wall-mounting type

■ Indoor installation

■ Controlled by special software to avoid overload

■ Parallel operation mode of several SVG devices

■ IMTBF is more than 100 thousand hours

■ The main CPU of SVG controller is the most advanced digital DSP

■ The main protective functions of SVG are: AC over-current protection, DC over-voltage protection, IGBT over-current protection

and IGBT over-temperature protection.

Applications

Automobile industry, coal mine, chemistry, papermaking, shipbuilding, wind power, regional substation, traffic industry, steel

metallurgy, and other industries

G-SVG principle diagram G-SVG cabinet

G-TSC: Thyristor Switched Compensator

Functions

Improve power factor, stabilize bus voltage and suppress

harmonic current.

Technical Advantage

■ Reduce impact onto the system during capacity activation

and extend the service life of equipment by zero-crossing point

activation by using thyristor as switch

■ Achieve fast calculation and logical judgment by self-

developed controller based on 32-bit DSP and the system

response time is no more than 20ms

■ System has different kinds of control objectives and

calculations such as open-loop control, closed-loop control,

power factor control and voltage control. Customer’s

requirements can be met by choosing different control

objectives and control calculations according to different load

characteristics on site.

■ Ensure safe operation of the device through protective

measures such as over-voltage, low-voltage, over-current and

distortion protection.

■ Suppress harmonic current by using series reactor to ensure

safe and stable operation of the device.

■ Control units have remote communication function which

enables the cascade connection with other TSC and APF

instantly.

Applications

Urban rail transit, steel and metallurgy industry, sewage disposal

industry automobile industry, tobacco industry, papermaking

industry, shipbuilding industry and other industries

10 11

Product category

Product category

Power electronics

Typical Projects

1. TSC Project of Shaoshing Fuling Holding Group

Fuling Industrial Group Co., Ltd. is one of the earliest enterprises manufacturing BOPP film in China with the title of “Small-Sized Giant”

enterprise in Shaoshing. Its main electric equipment is frequency conversion and speed regulation electromotor whose power factor

was 0.71 before compensation. After analyzing the equipment operation and actual power supply system condition, our engineers

determined to install 400 kVar G-TSC at No.1 transformer, 480 kVar G-TSC at No.3 transformer and 480 kVar G-TSC at No.4 transformer

separately. They were put into service successfully in October of 2008 and operated steadily, and then the power factor went up to

0.98 or higher. Both voltage fluctuation and flicker met the national standards and the stability of power supply system is improved

by suppressing the impact of harmonic current onto corresponding equipment.

TSC

2. TSC Project of Taizhou Maple Leaf Shipyard Co., Ltd.

Taizhou Maple Leaf Shipyard Co., Ltd. located in Taizhou,

Zhejiang Province, has the floor area of 270 thousand square

meters and the coast line of 13 kilometers. It’s one of the largest

shipbuilding factories in Zhejiang Province. Voltage flicker

and low-voltage caused by operation of welding machines in

their welding workshop had a strong impact on the welding

technology of shipbuilding. After analyzing the operation of

their main load, welding machines, our engineers determined

to install partial compensation capacity of 270 kVar and total

compensation capacity of 300 kVar G-TSC at their No.2 line. It

was successfully put into service in July of 2008. It operated

steadily and the power factor went up to 0.98 or higher. The

power supply voltage became stable and voltage fluctuation

was improved obviously. It highly improved the quality of their

production welding technology.

G-DE-ICER: Mobile DC DE-ICER

Functions

Quick deicing for power transmission lines

Technical Advantage

■ With special technology and modular design, DE-ICER device is installed in a standard container. Therefore it’s easy to install

without any foundation construction. It’s suitable for regional emergency de-icing and counter-disaster use.

■ Controlled rectifying de-icing power supply, current can be set zero-start, which reduces impact on the system.

■ Equipped with auto phase-conversion function during the DE-ICE operation . Users can set the de-icing sequence for lines by

themselves. All works will be done automatically by the system itself.

■ Its fully digital control system adopts software and hardware platform at American military grade, which ensures system high

reliability.

■ Considering the economy and usability of the DE-ICER, users can extend it with SVC function.

■ Considering the de-icing operation states, users can extend it with FC filter banks to filter harmonic produced while de-icing.

■ De-icing current with adjustable range from 0 to 2000A

Applications

110kV or above substations of power systems, which are subject to snow disasters.

Substations with voltage of 110kV or above, and easily be affected by the ice and snow storm

12 13

Product category

Product category

Power electronics

Typical Projects

1. Dc De-IceR project of shaoguan Power supply Bureau of china southern Power Grid

On Dec.10th, 2008 the DC DE-ICER which is developed by Zhejiang Guirong Xieping Technology operated successfully at Tangkou

power substation of Shaoguan Power Supply Bureau in the 110kV transmission lines of China Southern Power Grid. This DE-ICER

was the first DC DE-ICER applied in Guangdong Power Grid, which adopted mobile design, and was installed in a 40-feet standard

container. It combined several patents of Guirong Xieping and carried out full-automatic smart de-icing operation quickly, safely and

stably. The successful operation of the DE-ICER greatly improved the de-icing and counter-disaster capability of Guangdong Power

Grid.

2. the Dc De-IceR project of Qing Yuan Power supply Bureau of china southern Power Grid

The other DC DE-ICER which is also developed by Guilin Xieping was installed at 220kV Anfeng substation of Qingyuan Power

Supply Bureau, and it was successfully put into service on Jan.6th, 2009.

Expert guidance at site Internal structure of DE-ICER

500kV busbar

220kV busbar

35kV busbar

DC reactor

SCR

Disconnector

DisconnectorDisconnector

Disconnector

5th 7th 11th 13thFilter

50Hz filter

Short-circuit disconnector

Station Station

Principle of DE-ICER

G-DE-ICER: DC DE-ICER with SVC Function

Functions

Quick DE-ICE function for transmission lines and SVC function

with convenient switchover between the two functional modes.

Technical Advantage

■ Combines technical characteristics of DC DE-ICER (G-DE-ICER)

and high voltage Static Var Compensator (G-SVC)

■ Unique circuit design conception (patent product)

■ Static Var Compensator (G-SVC) function combined with DC

DE-ICER, which effectively improves the equipment utilization

and usability

■ Switchover between DE-ICE mode and SVC mode can be

realized by switch on the DC shunting-switch of the rectifier

bridge without changing the operation mode of the rectifier

bridge (See Figure2 DE-ICE mode.). Therefore the switchover of

operation modes is quite convenient and safe.

■ Its fully digital control system adopts hardware platform at

American military grade, which ensures system reliability.

■ Switching between DC DE-ICE mode and SVC mode can

be realized by application software and it is not necessary to be

changed for the system management platform.

■ Auto phase-conversion function during operation under

DE-ICE mode, and users can set the de-icing sequence for lines

according to their own requirements. All works are completed

automatically by the system itself.

■ Equipped with FC filter banks, which can filter amounts

of harmonic when it runs in DE-ICE mode, ensuring the safe

running of power grid equipments. Moreover, it compensates

reactive power from the system to make sure other electric

devices in the power grid work properly.

■ Patent technology of “Controlled Rectifying SVC”, and

rectifying circuit instead of regular AC circuit, and DC reactor

instead of regular AC reactor, which makes the operation more

reliable and the design more appropriate.

■ Highest output DC voltage is 47kV.

■ De-icing current is adjustable and can be set at any value

from 0A to 5000A. It can be set zero-start and reduce impulsion

to the system.

DE-ICER and compensation device of Shuanglong 500kV substation

14 15

Product category

Product category

Power electronics

Applications

110kV or above power systems key substations, which are subject to snow disasters

Typical Projects

1.The DC DE-ICER project of Jinhua Shuanglong 500kV Substation

Zhejiang Guirong Xieping Technology Co., Ltd. associates with Zhejiang University to develop the DC DE-ICER with SVC function

for the 500kV load-center substation of Zhejiang Electric Power Co., Ltd. It’s the largest technology project in the history of Zhejiang

electric power. The device adopts patented thyristor rectifying SVC technology of Guirong Xieping, with the de-icing current of

5000A and the SVC compensation capacity of nearly 100Mvar.

This project passed the preliminary design review on April 21st, 2009, and director of design review committee, academician Han

Yingduo gave high comments of “Innovative and worthwhile to promote” to the project. On January 1st, 2010, the DC DE-ICER with

SVC function at Zhejiang Shuanglong 500kV substation operated successfully after more than one month of test running. Moreover,

it passed the tests of State Power Grid Corporation on January 22nd, 2010. The success operation of the device greatly strengthens

and improves the ability of de-icing and counter-disaster as well as the stability of power grid in Zhejiang.

Run on SVC mode

500kV busbar

220kV busbar

35kV busbar

DC reactor

DC reactor

SCR

Disconnector

5th 7th 11th 13thFilter

Run on DE-ICE mode

500kV busbar220kV busbar

35kV busbar

DC reactor

SCR

Disconnector Disconnector

Disconnector

Disconnector 5th 7th 11th 13th

Filter

Short-circuit disconnector

G-APF: Active Power Filter

Functions

Filter harmonic, reduce loss and improve power quality

Technical Advantage

■ Actively filter harmonic. Filter 2nd-50th harmonic simultaneously without being affected by the change of system impedance so

that the index of power quality meets the requirements of national standards, and the system resonance is eliminated automatically.

■ Unique electrical topological structure with low output current high-frequency ripple to reduce the loss and the full-load power

consumption being less than 1.3%.

■ DSP full-digital control. 5 kHz switching frequency and instantly response to dynamic load change in 200us and completely keeps

pace with load change in 10ms.

■ Automatic limit current function is active when load exceeds the rated capacity range to ensure safe operation of system while

guarantee filtering effect.

■ Perfect control protection circuit with operational protect system of over-voltage, over-current and over-heat to ensure safe

operation of system

■ Modularization design is convenient to extend up to 10 units operating parallel at the same time without influence with each

other for every unit has independent controller.

Applications

Urban rail traffic industry, petrochemical and natural gas, steel and metallurgy industry,sewage disposal, cement, automobile,

tobacco, paper making, shipbuilding, hospital, mobile communication base station, and other industries

16 17

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Product category

Power electronics

Typical Projects

1. APF Project at Shaoshing Fuling Holding Group

Fuling Industrial Group is one of the earliest enterprises manufacturing BOPP film in China with the title of “Small-Sized Giant”

enterprise in Shaoshing. Its main electric equipment is frequency conversion and speed regulation electromotor whose requirement

of electricity power quality is very critical. After analyzing the situation of machine operation and power supply system, our engineers

determined to install 150A G-APF respectively at No.1 transformer and No.4 transformer. They were put into service successfully in

October of 2008 and operated steadily and filtered more than 90% of harmonic, therefore the stability of power supply system is

greatly improved by suppressing the influence of harmonic current to system operation.

APF

Working principle of APF

Grid

Harmonic current

Harmonic and reactive current component

Command signal

Compensation current

Non-linear load

Harmonic

and reactive

current detection

circuit

Compensation

current

generating circuit

G-RSF: Relay Switched Filter

Functions

Filter harmonic current, compensate reactive power, stabilize

bus voltage and improve the stability of power usage

Technical Advantage

■ Compared with traditional RSF, G-RSF has intelligent tune

function which solves the over-current of harmonic problem

effectively. It’s added with harmonic protection function to

cut off the filtering branch when system resonance occurs to

prevent damage to itself and the customer’s equipments.

■ The capacitors and reactors of the filter branch are well-

chosen according to the influence of the harmonic current. The

capacitance value and inductance value can be ensured stable

after long time running of the capacitors and reactors under the

on-site environment condition.

■ G-RSF has many kinds of protection function such as over

voltage protection, serious over voltage protection, over

current protection, harmonic distortion protection, filter branch

over current protection and filter branch serious over current

protection. The system can be ensured safe operation under

different kinds of abnormal conditions.

■ Reserved communication ports allow data transmission

with remote main station by constructing secondary system.

Electric power sector can carry out post-monitor by real-time

monitoring on working status, switching situation of filter

branch and harmonic filter effect of on-site filter equipment.

■ The quality of key components of the device such as

controllers and reactors and so on is guaranteed for they are

developed and produced by Zhejiang Xieping independently.

Typical Projects

Steel and metallurgy, petrochemical, cement, construction

building materials, textile, water supply and drainage industry,

and other industries

1. RsF Project at Yunhe Hutai Valve co., Ltd.

Yunhe Hutai Valve Co., Ltd., one of the enterprises applying

intermediate frequency furnace is located at Shitang Town,

Yunhe County, Lishui City, Zhejiang Province. Its intermediate

frequency furnace is a typical 6-pulse rectifier. After testing

harmonic of the load, our engineer concluded that 5th and 7th

harmonic current exceeded the national standard and need

to be improved. The engineers determined to install 5th and

7th filter branches after simulation calculations. The device

was put into service successfully in November of 2008 and

operated steadily and all harmonic current values met with

the national standard. The power factor increased to higher

than 0.95, therefore the stability and safety of the equipment

are improved and the impact of harmonic current to system

equipment was reduced.

RSF

18 19

Product category

Product category

Power electronics

Ordering Instruction

1. Complete Set of Equipment Supply

The system design, electrical design, construction design, civil

design, installation and construction for the required equipment

engineering should be provided by the uses. We provide all

the main and auxiliary equipment according to the equipment

specifications, parameters and requirements of uses, and

participate in the system integration commissioning.

Users should provide the following basic information and data

for this type of equipment supply:

1.1 Applications of the required equipment, the detailed single line

drawing of its power supply system as well as main parameters

of relevant equipment (transformers, reactors, lines etc.)

1.2 Detailed single line and tie line drawing of the system design

for the required system as well as regulation characteristics and

requirements.

1.3 Detailed specifications and technical requirements of the

required equipment.

1.4 Special requirements of environmental and electrical

conditions of the supplied equipment. (If there are no special

requirements, it should comply with the general standards of

the corresponding HV electrical equipment)

2. EPC Contracting

Based on users' specific requirements, we are fully responsible

for the system design, electrical design, construction design, civil

design of the required equipment engineering and equipment

supply, installation and construction, system integration

commissioning, and operator training to meet the users’

requirements and technical specifications and ensure successful

take-over and operation of the equipment.

Users should provide the following basic information and data

for this ordering mode

2.1 Applications, purpose and basic requirements of the

required equipment.

2.2 Detailed equipment parameters of the users’ main

equipment, including:

2.2.1 Type, model, operating features of the working main

equipment (provide typical working conditions and relevant

requirements on the production process if necessary)

2.2.2 Rated parameters of the working main equipment (rated

voltage, current, power, impedance, etc. )

2.2.3 Operational features, active and reactive power fluctuation

features during operation (fluctuation amplitude, time feature,

etc.)

2.2.4 Harmonic generating capacity of the working main

equipment (spectrum features of harmonics at each order)

2.2.5 Technical specification and relevant standard requirements

that users expect the required equipment to reach after they are

in service, including:

Principle of RSF

2.2.5.1 Voltage fluctuation and flicker level of the assessment

point (i.e. PCC point, the same as follows).

2.2.5.2 Harmonic level of the assessment point.

2.2.5.3 Negative sequence voltage or three-phase asymmetric

level of the assessment point.

2.2.5.4 Billing power factor level of the assessment point.

2.2.5.5 Other indicators of the assessment point.

2.2.6 Detailed single line drawing of the power supply system

as well as main parameters of relevant equipment of user

(transformers, reactors, lines etc.)

2.2.7 Short-term and long-term load changes of the users’ power

supply system (short-circuit capacity, mode of feeder operation

etc.)

2.2.8 Special requirements of environmental and electrical

conditions of the supplied equipment.

2.2.9 Special requirements for civil engineering, installation,

construction and the required equipment.

20 21

Product category

Product category

Power electronics

Achievements

no. customer Location equipment

1 Zhejiang Electric Power Co., Ltd.(Zhejiang Shuanglong 500kV Substation DE-ICER) Zhejiang Jinhua G-DE-ICER DC DE-ICER WITH SVC FUNCTION

2 Jilin Huaneng Renewable Energy Co., Ltd.(Zhenlai Mali Wind Farm Phase I Project) Jilin Zhenlai G-SVC Static Var Compensator

3 Huaneng Jilin Power Generation Co., Ltd.(Zhenlai Mali Wind Farm Phase II Project) Jilin Zhenlai G-SVC Static Var Compensator

4 Inner Mongolia Mengdian Huaneng Thermal Power Co., Ltd.(Jarud Wulijimuren Wind Farm Phase I Project)

Inner Mongolia Tongliao G-SVC Static Var Compensator

5 East China Special Steel Co., Ltd. Zhejiang Lishui G-SVC Static Var Compensator

6 Baosteel Group Ningbo Steel Co., Ltd. Zhejiang Ningbo G-SVC Static Var Compensator

7 Jutai Special Steel Co., Ltd. Zhejiang Lishui G-SVC Static Var Compensator

8 Northeast Special Steel Group, Beiman Special Steel Qiqihar G-SVC Static Var Compensator

9 Zhenshi Group Eastern Special Steel Co., Ltd. Zhejiang Jiaxing G-SVC Static Var Compensator

10 Samsung Precision Stainless Steel (Pinghu) Co., Ltd. Zhejiang Jiaxing G-SVC Static Var Compensator

11 Guilin Power Capacitor Co., Ltd.(Jinzishan Wind Farm Reactive Compensator) Guangxi Guilin G-SVC Static Var Compensator

12 Guangdong Power Grid Company, Qingyuan Power Supply Bureau Guangzhou Qingyuan G-DE-ICER DC DE-ICER

13 Guangdong Power Grid Company, Shaoguan Power Supply Bureau Guangzhou Shaoguan G-DE-ICER DC DE-ICER

14 Guangdong Power Grid Company, Shaoguan Power Supply Bureau Guangzhou Shaoguan G-FC DC DE-ICER with filter

15 China Ruili Group Zhejiang Ruian G-APF Active Power Filter

16 Lishui Yunzhongma Textile Co., Ltd. Zhejiang Lishui G-RSF Reactive Power Filter

17 Hangzhou Xinshi Electric Switch Co., Ltd. Zhejiang Hangzhou G-TSC LV Var Compensator

18 G-TSC Low Voltage Var Compensator Zhejiang Lishui G-TSC LV Var Compensator

19 Guangdong Yangjianggang Harbor affairs Co., Ltd. Guangdong Yangjiang G-TBB HV Automatically Switched Var Compensator

20 Zhejiang Wuhuan Titanium Co., Ltd. Zhejiang Cixi G-TBB HV Automatically Switched Var

21 Zhejiang Wangfeng Special Steel Co., Ltd. Zhejiang Lishui G-RSF Reactive Power Filter

22 Zhejiang Haining Switchgear Plant Zhejiang HainingG-APF LV Active Power Filter

G-TSC LV Var Compensator

23 Shaoxing Tianpu Plastic Product Co., Ltd. Zhejiang ShaoxingG-APF LV Active Power Filter

G-TSC LV Var Compensator

24 Zhejiang Suijin Special Metal Casting Co., Ltd. Zhejiang Lishui G-RSF Reactive Power Filter

25 Yuhuan Huancheng Auto Accessories No.2 Plant Zhejiang Yuhuan

G-RSF Reactive Power Filter

G-APF Active Power Filter

G-TSC LV Var Compensator

26 Hangzhou Aopute Electrical Equipment Co., Ltd. Zhejiang Hangzhou G-TSC LV Var Compensator

27 Hangzhou Aopute Electrical Equipment Co., Ltd. Zhejiang Hangzhou G-TSC LV Var Compensator

28 Taizhou Maple Leaf Shipbuilding Co., Ltd. Zhejiang Taizhou G-TSC LV Var Compensator

29 Yunhe Xinshan Special Steel Casting Co., Ltd. Zhejiang Lishui G-RSF Reactive Power Filter

30 Yunhe Yinfa Precision Casting Factory Zhejiang Lishui G-RSF Reactive Power Filter

31 Yunhe Baodelong Valve Manufacturing Co., Ltd. Zhejiang Lishui G-RSF Reactive Power Filter

32 Yunhe Hutai Valve Co., Ltd. Zhejiang Lishui G-RSF Reactive Power Filter

33 Hangzhou Zhongbin Mechanical Foundry ZhejiangXiaoshan G-RSF Reactive Power Filter

34 Ruian Zhenwu Stainless Steel Factory Zhejiang Wenzhou G-RSF Reactive Power Filter

no. customer Location equipment

35 Zhejiang Dongtai Valve Co., Ltd. Zhejiang Lishui G-RSF Reactive Power Filter

36 Guangxi Jinzishan 99MW Wind Farm Project Guangxi Guilin G-SVC Static Var Compensator (2 sets)

37 Longyuan (Siziwang) Wind Power Generation Co., Ltd. Inner Mongolia Baotou G-SVC Static Var Compensator

38 Erdos Electric Power Survey and Design Institute Inner Mongolia Erdos G-SVC Static Var Compensator (2 sets)

39 Zhengzhou Railway Bureau, Zhengzhou Power Supply Section Henan Zhengzhou G-SVC Static Var Compensator

40 Inner Mongolia Boyuan Electric High Voltage Equipment Co., Ltd.

Inner Mongolia Hohhot G-SVC Static Var Compensator

41 Hohhot Binjiang Electrical Equipment Co., Ltd. Inner Mongolia Hohhot G-SVC Static Var Compensator

42 Inner Mongolia Boyuan Electric High Voltage Equipment Co., Ltd.

Inner Mongolia Hohhot G-SVC Static Var Compensator (2 sets)

43 Hohhot Shimin Electrical Equipment Co., Ltd. Inner Mongolia Hohhot G-SVC Static Var Compensator

44 Inner Mongolia Dongwu Railway Co., Ltd. Inner Mongolia Hohhot G-SVC Static Var Compensator

45 Zhengzhou Yuwang Electric Supply Co., Ltd. Henan Zhengzhou G-SVC Static Var Compensator (2 sets)

46 Yunnan Dianbei Power Supply Bureau (Zhe Hai Bian) Yunnan Dianbei Filter capacitor (2 sets)

47 Yongcheng Coal Power (Group) Co., Ltd. Henan Yongcheng Filter capacitor

48 Jinan Steel Group, Shiheng Special Steel Factory Shandong Taian Filter capacitor (4 sets)

49 Wuhan Steel (1700 Hot Rolling Project) Hubei Wuhan Filter capacitor (3 sets)

50 Baotou Steel Company Inner Mongolia Baotou Filter capacitor

51 China Electric Power Research Institute Beijing Filter capacitor (20 sets)

52China Electric Power Research Institute

(Yunnan Chuxiong Desheng Steel Factory)Yunnan Chuxiong Filter capacitor

53 Baosteel Group No.1 Steel Co., Ltd. Shanghai Filter capacitor (12 sets)

54 China Electric Power Research Institute (Ningbo Huaguang Stainless Steel Co., Ltd.) Zhejiang Ningbo Filter capacitor (3 sets)

55 Lishui Electric Utility Supply Company Zhejiang Lishui Filter capacitor (2 sets)

56China Research Institute

(Xichang New Steel Enterprise Co., Ltd.)Sichuan Xichang Filter capacitor (4 sets)

57China Research Institute

(Luoyang Zhongzhong Founding Co., Ltd.)Henan Luoyang Filter capacitor (4 sets)

58 China Research Institute (Fujian Dongyu Stainless Steel Co., Ltd.) Fujian Fuzhou Filter capacitor (4 sets)

59China Electric Power Research Institute

(Panzhihua Steel Group Chengdu Steel Co., Ltd.)Sichuan Chengdu Filter capacitor (10 sets)

60 Shanghai Baosteel Anda Energy Quality Co,. Ltd. Shanghai Filter capacitor (2 sets)

61 Anshan Rongxin Power Electronics Co,. Ltd. Liaoning Anshan Filter capacitor (12 sets)

62 Chongqing Kelian Electric Co., Ltd. Chongqing Filter capacitor (4 sets)

63 Construction and Operation Department of SGCC Beijing Filter capacitor (38 sets)

64 China EPRI Science & Technology Co., Ltd. Beijing Filter capacitor (10 sets)

65 China Southern Power Grid Co., Ltd., Extra High Voltage Power Transmission Company

Guangdong Guangzhou Filter capacitor (8 sets)

22 23

Product category

Product category

Power electronics

DC Power Supply Device

Usage

GZDW series DC power supply cubicles adopts soft switching

high-frequency power modules as the charging device. The

products are used in power plants, substations and power

supply rooms of enterprises in mining industry up to ±800KV

as DC operation power supply for circuit breaker opening

and closing, relay protection device and automatic device as

well as DC power supply for emergency lighting and control.

Micro computer controller can effectively manage automatic

recharging, and monitor the status of DC power supplies and

batteries on line. It has Four-Remote features: remote signaling,

remote metering, remote control and remote pulse, especially

designed for unattended substations and digital substations.

Executive standard

GB/T 19826-2005 General Specification and Safety Requirements

for DC Power Supply Equipment of Power System

Working conditions

1) When applied indoors, the ambient temperature range is

-10°C—+45°C. When it is out of service, the indoor temperature

range is -25°C—+55°C

2) Daily average relative humidity ≤ 95%, and monthly average

relative humidity ≤ 90%;

3) AC input voltage is in sine waveform, and the voltage

fluctuation range is ≤ rated values±20%; the frequency ≤

50Hz±10%;

4) No inflammable, explosive and dangerous materials,

harmful gases that corrode and damage the insulation, and no

conducting particles at operation sites;

5) The altitude ≤ 2000m;

List of detailed model and specification

1. Input technology specifications

AC input power supply: 3-phase 4-wire 380V±20%/220V±15%

Frequency: 50HZ±10%

2. Output technology specifications

Rated output DC voltage: 220V, 110V, 48V;

Rated output DC current: 2A—1200A;

Float charging voltage: 198V —280V/90V — 160V (continuous

and adjustable)

Equal charge voltage: 220V — 280V/110V — 160V (continuous

and adjustable)

Stabilized voltage precision: ≤±0.5%; (Typical value ±0.2%)

Stabilized current precision: ≤±0.5%; (Typical value ±0.2%)

Ripple factor: ≤±0.1%; (Typical value ±0.05%)

Efficiency: ≥95%;

EPS (Emergency Power Supply)

Usage

1) The unit is used as emergency power supply for elevators,

central air conditioners, fire pumps, rolling gates, exhaust

fans, fire-fighting equipment, lighting, office equipment in

municipal administration and public utilities, such as subways,

exhibition centers, sports facilities, high-rise buildings, market

places, hospital, security industries, banks, office buildings and

government offices.

2) Applied as emergency lighting and emergency power supply

in power plants, hydropower stations and substations

Applied standards

GB/T 17945-2000 Fire Emergency Lighting

Normal working conditions

1) When applied indoors, the ambient temperature range is

-10°C~+45°C. When it is out of service, the indoor temperature

range is -25°C~+55°C;

2) Daily average relative humidity ≤ 95%, and monthly average

relative humidity ≤ 90%;

3) AC input voltage is in sine waveform, and the voltage

fluctuation range ≤ rated values±20%; the frequency ≤

50Hz±10%;

4) No inflammable, explosive and dangerous materials,

harmful gases that corrode and damage the insulation, and no

conducting particles at operation sites;

5) The altitude ≤ 2000m;

List of detailed model specifications

■ Wide application range for inductive loads (generators, water

pumps etc.) and various hybrid loads;

■ The charger uses high-frequency switch mode power

supply, modular design and N+1 redundancy;

■ The inverter adopts the latest generation of IGBT power

components to ensure high reliability;

■ The optimized Sinusoidal Pulse Width Modulation (SPWM)

technology is used;

■ The combination of modern electronic technology and PC

technology improves intellectualization;

■ Built-in CPU and digital circuit control significantly reduces

the numbers of the control circuit components, which improves

the system reliability;

■ Stable performance, safe and reliable, and long service life;

■ All the operation parameters of the unit are displayed on the

LCD

■ The unit can provide RS232 or RS485 communication

interface to communicate with PC, and provide several passive

contacts;

■ Complete protection function, high reliability, and MTBF ≥

100000 hours;

■ Reliable lightning protection and solid electrical insulation

measures to ensure system and personal safety.

24

Product category

Power electronics

Rated output power range 2.2~22kW 30~100kW

Ac inputVoltage 3-phase 4-wire 380V±25%

Frequency 50Hz±5%

Ac outputVoltage Normal: the same with the mains voltage; Emergency: 220V±3%

Frequency Normal: synchronous with the mains frequency; Emergency: 50Hz±0.5%

Waveform Sine wave (lower HD≤3%)

Applicable load type Applicable for various single-phase or 3-phase lighting, power loads

Batterynominal voltage DC220V DC460V

charging time <24h

switching time General conditions: ≤5s Special conditions: ≤4ms

emergency power supply time >90min (based on the needs)

overload capacity 120% normal working; 150% 10s

efficiency Emergenc>90% Emergency >93%

Protection Output over/under voltage, over current, short circuit protection, over charge of storage batteries, over discharge protection

noise (1m distance) Normal: No noise; Emergency: <55dB