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TRANSFORMING THE

FUTURE OF POWER

Transformer,
Switchgear
and
Electrical
Power
Solutions

CUSTOMER-ORIENTED, INNOVATION-DRIVEN

DEDICATED TO EXCELLENCE, STRIVING FOR PROGRESS

C

O

N

T

E

CONTENTS

01

Company
Profile

02

Sustainable
Development

03

Products

04

Service
Systems

05

Application
Cases

P01

P05

P07

P21

P23

COMPANY

INTRODUCTION

01

Technological
Leadership

As
a
long-term
preferred
supplier
to
both
Southern
Power

Grid
and
State
Grid.

A
key
figure
in
domestic
technical
standards
of
Natural

Ester
Transformer.

Invited
to
contribute
to
international
standardization

conferences(IEE/IEC)

Equipped
with
a
dual-temperature
aging

laboratory，which
can
actually
simulate
the
aging
process

of
the
insulation
system.

Having
Overload-Capable
Transformer
technology.

Market
Performance

Our company has consistently ranked among the top

bidders
for
many
years.

We also maintain solid par tnerships with leading

enterprises
such
as
BYD,
CHN
ENERGY,
and
SHELL.

Guided
by
intelligent
technology,
the
company
develops

integrated
power
distribution
solutions.

02

World-Class
Solutions
Powered
by
a
Dedicated
Team

At
Zhongpeng
Power
Equipment,
we
pride
ourselves
on
delivering
world-class
transformer
and

electrical
equipment
solutions.

The
key
to
our
success
is
the
ability
to
provide
quality
products
with
speed
and
precision
through
the

dedication
of
our
talented
team.

We're
more
than
just
a
manufacturer,
we're
shaping
the
future
of
energy.

Development

Milestones

2010

Our
company
was

founded
with
the
vision

to
\"Soar
Across
China\"

in
its
development.

2013

Established
China’s

first
High-Temperature

Resistant
Energy-Saving

Power
Equipment

Engineering
Technology

Research
Center.

2015

Obtained
National
HighTech
Enterprise

certification.

2018

Participated
in

IEC
Technical

Committee
14

(Transformers)

2020

Joined
the
National

Technical
Committee

for
Standardization
of

Transformers

2022

Collaborated
with
Xi’an

Jiaotong
University
to

establish
the
Advanced

Power
Distribution

Technology
Innovation

Center

2023

Continue
to
advance

research
in
digital

power
distribution

technologies
and

become
a
partner
in

the
Dianhong

Ecosystem.

2025

Committed
1.6
billion

RMB
through
a
dedicated

project
signing
to
build
a

state-of-the-art
smartdigital
facility.

2024

Successfully
acquired

a
new
site
for
the

Energy
Storage
Base.

A
Standard
of

Excellence

03 Digital Power

Demonstration Plant

An automated production line―centered on stacking,

casting and curing, and final assembly―integrates

intelligent logistics and digital management to

achieve full-proces s , c losed-loop intelligent

manufacturing, boasting an annual production

capacity of 3 billion units.

3Billion

UL/CSACertified

Member of the IEC

International Electrotechnical Commission

Dehydration Equipment

Automatic Cutting And

Stacking Production Line

Oil Impregnation System

CNC Busbar Punching &

Shearing Machine

Automated Laser Welding

CNC Press Brake Robot System

Production Workshop

Auto-Crimping

Terminal Machine

Core Equipment

Full-process

high-precision manufacturing

Smart Warehouse

High-density automated

storage & retrieval

Smart Logistics

Flexible unmanned

material flow

Introduction

Hardware System Construction

Annual production capacity

04

Production Execution

Production-Logistics Synergy

Quality Control

Full Testing, Lifetime Traceability

Intelligent Control

Vision-Guided Precision Control

Safety & Monitoring

3-Layer Active Protection

Software and Intelligent Control Systems

Delivery Date

TRANSFORMER SERIES

≤ Kva

≥ Kva ≥ Set

≤ Set - day

- day

COMPACT SUBSTATION

Set

Set - day

- day

Product
Carbon
Footprint

Management
System
Certificate

Eco-design
Product

Certification

SUSTAINABLE

DEVELOPMENT

05 UL
CSA
Certification UL
Certification

Zhongpeng upholds green development by advancing environmental protection through the

research
and
development
of
eco-friendly
products,
enhancing
resource
efficiency,
and
optimizing

energy
and
waste
management.
The
company
is
committed
to
reducing
emissions,
focusing
on
the

entire
lifecycle
carbon
footprint
of
its
products,
and
has
obtained
both
environmental
management

system
and
carbon
footprint
certifications.
Through
charitable,
educational,
and
environmental

initiatives,
Zhongpeng
gives
back
to
society.
It
embraces
a
people-oriented
philosophy,
safeguards

employee
rights
and
well-being,
fosters
an
inclusive
atmosphere,
and
promotes
mutual
growth
for

both
employees
and
the
enterprise.

06

07 PRODUCTS

Oil-type transformers

Rated
Power:
Typically
50kVA
up
to
30MVA

Voltage
Levels:
Primary
voltage
up
to
69kV

Secondary
voltage
0.4kV
/
0.69kV

Oil-type
transformers
(or
oil-immersed)
are
electrical
units

using
mineral
oil,
silicone
fluid,
or
natural/synthetic
esters

for
insulation
and
cooling.
They
are
ideal
for
high-voltage

transmission, distribution, and substation applications,

offering
superior
heat
dissipation
and
higher
power
ratings

(up
to
30MVA+
or
higher)
compared
to
dry-type
options

Oil Type

Transformer

Key Features and Benefits

Insulation & Cooling: The core and coils are immersed in oil,

providing excellent dielectric insulation and transferring heat

away from the internal components.

High Efficiency: Superior heat dissipation allows for larger

power capacities and better overload performance.

Outdoor Applicability: Typically designed for outdoor use,

inc luding pole -mounted or ground-le vel substation

applications.

Longer Life: Proper maintenance of the insulating oil helps

prevent oxidation and corrosion, extending the transformer's

lifespan.

Key Components

Transformer Oil: Can be mineral oil (most common), silicone

fluid, or biodegradable esters.

C o r e a n d W i n d i n g s : L a m i n a t e d s t e e l c o r e a n d

copper/aluminum windings submerged in oil.

Conservator: A tank holding extra oil that allows for expansion

and contraction with temperature changes.

Buchholz Relay: Detects gas buildup from faults, providing

safety against internal issues.

Service
Coverage

& Flagship
Products

Zhongpeng
Electric
was
founded
in
2010,
specializing
in
the
production
of
technologically
advanced

and
environmentally
friendly
power
distribution
equipment.
Beginning
with
the
manufacturing
of

cast
resin
dry-type
transformers,
we
later
expanded
into
developing
complex
medium-voltage

switchgear and new energy storage compact substations. Throughout our growth, we have

maintained
a
customer-centric
approach
while
pursuing
sustainable
development.
Today,
we
serve

clients
across
North
America,
the
Middle
East,
Southeast
Asia,
and
beyond.

08

A
three-phase
pad-mounted
transformer
is
a
ground-level
electrical

distribution
unit
housed
in
a
tamper-resistant,
lockable
steel
cabinet.

It
is
primarily
used
to
step
down
medium-voltage
electricity
(typically

15kV
to
35kV)
to
lower
levels
(such
as
120/208V
or
277/480V)
for

commercial,
industrial,
and
residential
applications

Three Phase Pad MountedTransformer

Ratings:
45
kVA
to
10,000
kVA

Primary
Voltages:
2,400V
to
46,000V

Key Features & Design

Tamper-Resistant Enclosure: The locked metal cabinet prevents unauthorized access and protects internal components from

weather, making it safe for public areas like sidewalks and parks.

Fluid-Insulated: Most units are oil-filled for cooling and insulation, often using mineral oil or biodegradable ester fluids like FR

for enhanced fire safety.

Front-Access Compartments: High-voltage (HV) and low-voltage (LV) sections are clearly separated for safety and accessible via

front doors for maintenance.

Feed Configurations

Radial Feed: Power arrives from a single source via three HV bushings. It is simpler and more cost-effective but lacks redundancy if

the source fails.

Loop Feed: Features six HV bushings to allow power to circulate in a loop. This provides redundancy, allowing for maintenance or

repairs without service interruptions.

Common Applications

Commercial & Industrial: Shopping malls, office complexes, factories, and warehouses requiring stable power for large motors

and HVAC systems.

Modern Infrastructure: Data centers, EV charging stations, and renewable energy sites like solar or wind farms.

Public Services: Hospitals, schools, and transportation hubs where reliable underground distribution is preferred for aesthetics

and safe

09 Single Phase Pole-Mounted

Transformer

Capacity:
From
5
kVA
to
500
kVA

Primary
voltages:
up
to
34.5
kV

A
single-phase
pole-mounted
transformer
is
a
distributiontype
electrical
device
used
to
step
down
high
distribution

voltages to lower utilization levels, most commonly for

residential and light commercial use. These units are

typically
oil-filled
and
mounted
high
on
utility
poles
to
save

ground
space
and
maintain
public
safety
by
keeping
live

parts
out
of
reach

Core Components

Magnetic Core: Made of laminated silicon steel to provide a

low-resistance path for magnetic flux.

Windings: Copper or aluminum coils that transfer energy via

electromagnetic induction.

Tank: A sealed, corrosion-resistant steel enclosure (often

finished in ANSI gray) that houses the core, windings, and

oil.

Bushings: Porcelain or polymer insulators that connect

internal windings to external overhead lines.

Useful Life: With regular maintenance (checking oil levels and

bushing condition), these units typically last to years.

10

Single Phase Pad Mounted

Transformer

A
single-phase
pad-mounted
transformer
is
a
ground-level,
liquid-filled

distribution
transformer
housed
in
a
tamper-resistant
steel
cabinet.
It

is
primarily
used
in
underground
power
distribution
systems
to
step

down
medium-voltage
electricity
(e.g.,
13.8kV
or
34.5kV)
to
low-voltage

power
(typically
120/240V)
for
residential
homes
and
small
commercial

buildings.

Capacity:
Up
to
167
kVA

Voltage:
Up
to
34.5
kV

Key Specifications & Features

Radial Feed: Connected to a single power source at the end of a line.

Loop Feed: Connected to two different power sources, allowing for

redundant power supply and easier maintenance without outages.

Core Applications

Residential Neighborhoods: Providing safe, quiet power to single-family

homes and subdivisions while maintaining neighborhood aesthetics by

avoiding overhead lines.

Light Commercial: Serving small retail outlets, strip malls, and schools.

Underground Systems: Essential where zoning or practical constraints

prohibit pole-mounted transformers.

Safety & Maintenance

Public Safety: Units feature tamper-resistant lockable doors and \"deadfront\" designs to prevent accidental contact with live high-voltage

components.

Required Clearances: Utility crews typically require feet of clearance in

front of the opening side and ? feet on all other sides for safe access

and ventilation.

Routine Maintenance: Includes periodic visual inspections for oil leaks or

corrosion, infrared scanning for hot spots, and testing of insulating fluid

quality.

11 An
amorphous
alloy
oil-immersed
transformer
is
a
high-efficiency
power

distribution
unit
using
Fe-based
amorphous
metal
cores
rather
than

traditional
silicon
steel.
It
offers
70?80%
lower
no-load
losses,
high

energy
efficiency,
and
reduced
carbon
emissions,
making
it
ideal
for

sustainable power gr ids. These units typically feature reduced

temperature
rise
and
enhanced
overload
capacity.

Three Phase Oil Immersed Distribution

Transformer

Rated
capacity:30-3000kVA

Rated
voltage:10kV-35kV

Key Advantages:

Low Energy Loss: By using amorphous alloy, no-load losses are significantly lowered (up to % compared to conventional

silicon steel).

Energy Efficiency: These transformers meet high energy efficiency standards (e.g., S , S , S series).

Environmental Impact: Lower energy consumption leads to reduced and emissions.

Enhanced Performance: They feature low noise operation, strong resistance to short circuits, and strong lightning surge

resistance.

Maintenance & Life: Low operating temperatures (low temperature rise) reduce insulation aging, extending service life.

Applications & Technical Aspects:

Core Material: Iron-based amorphous alloy (no crystal structure, high resistivity).

Oil-Immersed: Offers reliable cooling and insulation.

Primary Usage: Distribution of electrical power in industrial, commercial, and infrastructure applications.

12

Dry Type Transformer

Cast Resin dry type transformer

Cast
Resin
Transformers
are
high-safety,
dry-type
transformers
with
windings
encapsulated
in
epoxy
resin
under
vacuum,

offering
superior
mechanical
strength,
moisture
resistance,
and
fire
safety.
They
are
ideal
for
harsh,
indoor,
or
high-density

areas
(substations,
buildings)
due
to
being
maintenance-free,
environmentally
friendly,
and
self-extinguishing.

Power
Capacity:
30-16000kVA

Voltage
Level:
10KV,20KV,35KV
or
Others

Key Benefits of Cast Resin Transformers

Safety & Environmental Friendliness:They are non-flammable and self-extinguishing, reducing fire risks. They pose no risk of oil

leaks, making them suitable for eco-sensitive areas.

Durability in Harsh Environments:Encapsulated in epoxy resin, the windings are resistant to dust, humidity, and chemical

contaminants.

Low Maintenance: They require virtually no maintenance compared to oil-filled transformers, often needing only visual

inspections.

High Performance & Overload Capacity:They offer high short-circuit strength due to the solid, robust windings. They also have a

high tolerance for overload.

Cost-Effective Installation: Their compact design allows for indoor installation closer to the load, saving on cabling costs and

eliminating the need for fireproof vaults.

Reduced Noise:These units tend to be quieter and produce lower vibrations.

VPI Transformers

VPl t ransformers are an excellent alternative in

applications
which
call
for
an
environmentally
friendly,

economical
solution.

They reduce flammability concerns, requi re less

maintenance,
and
are
less
prone
to
contaminating
the

surrounding
environment
than
oil-filled
transformersa voiding the ne ed for oi l conta inment dur ing

construction.

Capacity:
Up
to
3150
kVA

Voltage:
Up
to
10
kV

Key Features and Benefits

Insulation System: Windings are treated with polyester varnish and then cured in an oven to create a solid insulation bond.

Robust Performance: High mechanical strength allows them to withstand significant electromagnetic forces.

Environmentally Friendly: No oil means no risk of contamination or major fire hazards.

Design Flexibility: Available in aluminum or copper windings, with voltage ratings up to . kV, suited for high-rise buildings and

data centers.

Low Maintenance: Suitable for dusty or damp environments, especially when enhanced with Vacuum Pressure Encapsulation

(VPE).

Common Applications

VPI transformers are frequently used in:

Industrial Plants: Mining, petrochemical, and manufacturing facilities.

Commercial Buildings: Hospitals, schools, and malls requiring low-noise, safe power.

Energy & Infrastructure: Offshore wind farms, metro stations, and substations.

Rectifier Systems: Powering DC loads in industrial settings.

VPI vs. Cast Resin

While both are dry-type, VPI transformers are generally more economical and easier to repair than cast resin units, making them

ideal for projects balancing cost and durability.

13

Amorphous
cast
resin
dry-type
transformers
are
highly
efficient,
eco-friendly
units
using
amorphous
alloy
cores
to
reduce
noload
losses
by
up
to
70?80%
compared
to
conventional
silicon
steel.
Encapsulated
in
epoxy
resin,
they
offer
superior
moisture

resistance,
fire
safety,
and
low
noise,
making
them
ideal
for
high-humidity,
urban,
and
high-safety
environments.

Amorphous cast resin

dry-type transformers

Capacity
Range:
100
-
2500
kVA

Voltage
Levels:
6,
10,
11,
20,
35
kV

Key Features & Advantages

Energy Efficiency: Amorphous alloy material significantly lowers no-load loss and eddy current losses.

Safety & Environment: Non-flammable, self-extinguishing, and environmentally friendly, suitable for fire-prone or heavily

populated areas (e.g., high-rises, hospitals, subways).

Low Maintenance: Cast resin insulation protects against moisture and contaminants, reducing maintenance needs.

Robustness: Strong, shock-resistant, and capable of high overload capacity ( %? % with fan cooling).

Common Applications

Urban underground and high-rise buildings.

Airports, stations, and industrial environments.

Power plants and sensitive, humid areas.

Common Technical Specifications

Core Material: Amorphous Alloy Metal.

Insulation: Cast Epoxy Resin.

Insulation Class: Class F or H.

Cooling Method: AN (Air Natural) or AF (Air Forced)

14

Distribution
substations
are
essential
components
of
electrical
power
networks,
ensuring
reliable
power
distribution.
Our

distribution
substation
is
a
comprehensive
power
supply
unit
designed
for
3-phase
AC
50Hz
systems
with
a
maximum
rated

capacity
of
1600
KVA.
It
is
widely
utilized
in
various
applications,
including
industrial
and
mining
enterprises,
residential

areas,
hospitals,
shopping
malls,
and
high-rise
buildings.

Distribution

substations

Rated Voltage: Typically covers medium voltage levels

(e.g.,
6kV,
10kV,
24kV,
33kV,
35kV)
to
low
voltage
(e.g.,
0.4kV)

Capacity
(kVA):
Small
(<500),
Medium
(500-2,000),
Large
(2,000-10,000),
Very
Large
(>10,000)

Transformer Substation

15

Product Information

Fully functional and reliable

Less investment, less land occupation, quick effect

The product adopts a closed design as a whole, the shell can be grounded, and no insulation distance is required, which fully

guarantees personal safety.

The transformer room can be equipped with a protective net to prevent accidental entry into the transformer room.

Excellent temperature rise and heat dissipation design

The shell adopts a special ventilation structure, and the optimized design makes the product have a stronger heat dissipation

capacity. The temperature rise level of the shell meets the requirements of the highest level of K specified by the national GB

standard and the international IEC standard.

Excellent environmental adaptability

Provide a variety of shells for users to choose, including ordinary steel plate shell, composite plate shell, stainless steel plate, etc.

Rich structure and flexibility

Operating Conditions

.Altitude: No more than meters

.Ambient Temperature: - °C to + °C

.Relative Humidity: Daily average not exceeding %, monthly average not exceeding %

.Maximum Monthly Average Temperature: + °C

.Maximum Annual Average Temperature: + °C

.Minimum Ambient Temperature: °C (outdoor)

.Maximum Diurnal Temperature Difference: °C

.Sunlight Intensity: . W/cm2 ( . m/s)

.Seismic Resistance: EN - (Horizontal Acceleration . g)

.Installation Location: Free from severe vibration, corrosive gases, explosive media, and heavy dust pollution

.Applicable Areas:Widely applicable to urban power grid transformation, residential communities, industrial parks,

commercial centers, municipal projects, and new energy projects (such as wind power and photovoltaic power generation).

16

Medium- and

Low-Voltage Switchgear

KYN28A-12
(also
known
as
GZS1)
is
a
widely
used

indoor metal-clad withdrawable switchgear

designed
for
3-phase
AC
50/60Hz
power
systems

with
a
rated
voltage
of
12kV.
It
is
primarily
utilized

i n p o w e r p l a n t s , s u b s t a t i o n s , a n d

industrial/mining
facilities
for
the
distribution
of

electrical energy, as well as the control and

protection
of
electrical
circuits.

The XGN - Fixed AC High

Voltage Metal-Enclosed Switchgear

Our gas-insulated ring main units are the ideal

choice
for
power
distribution
applications.
This
set

c a n m a i n t a i n e x c e l l e n t a r c - e x ti n g u i s h i n g

performance while also providing the optimal

dielectric strength, which significantly enhances

safety
performance.
Customers
usually
do
so
based

on space limitations to choose a gas insulation

solution.

KYN A-

(also known as GZS )

Rated
Voltage:
3.6
kV,
7.2
kV,
12
kV

Rated
Frequency:
50
Hz
(or
60
Hz)

Capacity:
Up
to
31.540
kA

Voltage:
Up
to
12
kV

17

GCK
low-voltage
drawout
switchgear
is
a
versatile

power distribution system used in industrial,

mining,
and
high-rise
applications,
typically
rated

up
to
690V
AC,
50/60Hz,
and
currents
up
to
5000A

It s w ithdra wabl e de s i gn a llo w s s a fe , fa s t

maintenance with modular compar tments ,

reducing
downtime.

GCK low-voltage

drawout switchgear

Rated
Insulation
Voltage:
690V
/
1000V

Rated
Operational
Voltage:
400V,
600V

(up
to
690V)

GGD Low-Voltage Switchgear (also known as the GGD fixedmounted
switch
cabinet)
is
a
standardized
AC
low-voltage
power

distribution
cabinet.
It
is
primarily
used
for
energy
conversion,

distribution,
and
control
in
power
systems
operating
at
50/60
Hz

with
a
rated
voltage
of
380V
(up
to
660V)
and
rated
currents
up
to

3150A
(with
some
variants
up
to
5000A

GGD Low-Voltage Switchgear

(also known as the GGD fixed-mounted switch cabinet)

The
RM6
SF6
gas-insulated
switchgear,
utilizing
sulfur

hexafluoride for high safety and reliability, offers a

compact and modular design ideal for space-limited

applications
and
ring
network
systems.
It
ensures
easy

combination of units for diverse needs with minimal

maintenance,
making
it
suitable
for
power
systems.

The RM SF

gas-insulated switchgear

Rated
Voltage:
12kV,
17.5kV,
or
24kV.

Rated
Current
(Busbar):
630A
/
1250A.

18

PV-ESS
Power

System

19 Prefabricated
Transformer

Substation

Rated
Power:
Typically
ranges
from

50
kVA
up
to
1600
kVA
(common)
or
up
to
2500
kVA+

Primary
Voltage
(HV):

Up
to
40.5
kV
(often
11
kV,
12
kV,
24
kV,
or
36
kV)

A
prefabricated
transformer
substation
(also
known

as
a
compact
or
unitized
substation)
is
a
factoryas sembled, tested, and ready -to-install unit

integrating
high-voltage
switchgear,
a
transformer,

and low-voltage equipment. Designed for fast

deployment
and
space
efficiency,
they
are
ideal
for

urban,
industrial,
and
temporary
power
distribution,

often
reducing
footprint
to
of
traditional
substations.

Key Features and Advantages:

Rapid Installation: Delivered as a complete, pre-wired unit, requiring only placement and final connection.

Compact Design: Ideal for restricted areas, city centers, parks, and residential neighborhoods.

Safety and Durability: Enclosed in durable steel or concrete shells (IP , IP ) that are fire-resistant and corrosion-proof.

Environmental Suitability: Designed for harsh conditions, withstanding temperatures from to

Cost-Effective: Lower labor and construction costs compared to conventional substations.

Common Applications:

Urban residential areas and commercial centers.

Industrial facilities and mining operations.

Renewable energy projects (wind/solar farms).

Temporary power for construction sites and docks.

Main Components:

Medium Voltage (MV) Switchgear: Typically up to KV/ . KV .

Transformer: Oil-type or dry-type transformer (e.g.,

KVA to KVA or higher).

Low Voltage (LV) Switchgear: For energy distribution

An
energy
storage
power
substation
integrates
largescale
battery
energy
storage
systems
(BESS)
directly

into electrical substations to store excess energy,

stabilize
the
grid,
and
provide
backup
power.
These

systems
connect
at
various
voltage
levels
(MV/HV)
to

manage
renewable
variability,
replace
peaker
plants,

and
reduce
infrastructure
investment

Enery Storage

Power Substation

Capacity Range: Commonly 500kVA to

3150kVA,
scalable
for
large-scale
solar
farms

Rated
Voltage:
High
Voltage
(HV)
11kV
-
33kV;

Low
Voltage
(LV)
0.4kV
-
0.69kV.

An energy storage substation combines traditional

electrical infrastructure with large-scale battery

energy storage systems (BESS), acting as a gridconnected
hub
for
charging
and
discharging
electricity.

These facilities stabilize the gr id, manage peak

demand,
support
renewable
integration,
and
improve

reliability.

Energy Storage Substation

20

Quality
Guaranteed

Strengthen
Research
&

Development
And

Improve
Management Provide
Customers
With

Satisfactory
Products
&
Services

QUALITY PHILOSOPHY

QUALITY POLICY

QUALITY COMMITMENT

21 SERVICE SYSTEMS

Service

Creed

22

Sales

Network

The company boasts a comprehensive sales and

service
network,
with
operations
spanning
across
the

nation
and
extending
to
overseas
markets.

Our
products
are
widely
used
in
industries
such
as

power grids, renewable energy, power stations,

charging stations, and large-scale infrastructure

projects.

Today,
the
company
has
become
a
qualified
supplier

for
leading
enterprises
including
BYD,
Shell,
CATL,
and

Sun w oda , w hi l e a l so e s tabl i shing long -te rm

partnerships
with
both
Southern
Power
Grid
and
State

Gr id. Our products can be found in numerous

landmark
buildings
and
key
projects
throughout
the

country.

Beijing

Foshan

Malaysia

Singapore

Africa

South
America

Peru

Chile

Argentina

South
Africa

23 Power
Grid

2016-2025:
Top
three
in
market
share

of
distribution
network
equipment

2018-2025: Successively rated as

high
quality
supplier

National
grid
quality
supplier.

Our
project
coverage
spans
five
major

regions: North China, East China,

Central
China,
Northeast
China,
and

Northwest
China.

Energy
Solutions Industrial
Property

Development

BYD
Smart
Manufacturing
Facility
Project CATL
Subsidiary
Project Argentina Dry Transformer

Capacity Project

Singapore Paya Lebar Air Base Oil Immersed

Transformer Project

Overseas Project

APPLICATION CASES

Cambodia Siem Reap

Angkor International Airport Project

24

China's
Largest
Rooftop

Distributed
Photovoltaic
Project

In
Guangdong
Province

Photovoltaic

Energy
Storage

BYD
Energy
Storage

Project
Secondary

Cooperation

Sunwoda
Energy

Storage
Project

EV
Charging

Station

Huawei
Fully
Liquid-Cooled

Ultra-Fast
Charging
Station

Shell's
First
Global
Flagship
\"

PV-Storage-Charging-V2G

Integrated\"
Ultra-Fast
Charging
Hub

Diversified

Sectors

2025
National
Games
of
China
Project

2019
CCTV
Spring
Festival
Gala

Shenzhen
Sub-Venue

Ethiopian Oil to Export Project

Saudi Arabia Dry-Type Transformer

Export Project

Philippines Project

Singapore Paya Lebar Air Base

Company Address:NO. Qianjin East Road, Nanhai District, Foshan City, Guangdong Province, China

sales@gd-zp.com

Whatsapp: +86 139 2771 9353 TIKTOK

www.cpzepo.com

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