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Information Note for Pakistani Businesses Interested in Joint Ventures with Chinese Investors in the Solar Panel Manufacturing & Power Storage Sector- June 2025 PDF Free Download

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Information Note for Pakistani Businesses Interested in Joint Ventures with Chinese Investors in the Solar Panel Manufacturing & Power Storage Sector- June 2025 PDF Free Download

Information Note for Pakistani Businesses Interested in Joint Ventures with Chinese Investors in the Solar Panel Manufacturing & Power Storage Sector- June 2025 PDF free Download. Think more deeply and widely.

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Consulate General of Pakistan, Shanghai
Information Note for Pakistani Businesses Interested in Joint Ventures with
Chinese Investors in the Solar Panel Manufacturing & Power Storage Sector- June 2025
Table of content
1. EXECUTIVE SUMMARY: ................................................................................................................................ 2
1.1 CHINA’SSOLAR CELL & MODULE MARKET SNAPSHOT (2024)........................................................................ 2
1.2 POTENTIAL COOPERATION WITH PAKISTAN .......................................................................................................2
1.3 LOGIC FOR CHINA-PAKISTAN SOLAR SYNERGY ................................................................................................ 3
1.4 STRATEGIC PATHWAYS FOR PARTNERSHIP ........................................................................................................ 3
2. OVERVIEW OF CHINESE SOLAR PANEL MANUFACTURING & POWER STORAGE SECTOR ......... 3
2.1 SIZE AND GROWTH TRENDS ...............................................................................................................................3
2.2 GOVERNMENT VISION AND TARGETS ................................................................................................................4
2.3 CATEGORIES AND SUB-SECTORS ....................................................................................................................... 4
2.4 CHINA'SEXPORT TRENDS FOR SOLAR SECTOR ..................................................................................................5
3. TRENDS OF RELOCATION FOR SOLAR PANEL MANUFACTURING & POWER STORAGE IN
CHINA .........................................................................................................................................................................5
3.1 ANALYSIS OF CHINA'SSOLAR PANEL MANUFACTURING AND ENERGY STORAGE INDUSTRY RELOCATION
TRENDS .........................................................................................................................................................................5
3.2 BENCHMARK OVERSEAS PROJECTS ........................................................................................................................6
3.3 CHINA-PAKISTAN COMPLEMENTARITY ..............................................................................................................6
3.4 STRATEGIC RECOMMENDATIONS FOR PAKISTANI SOLAR PANEL MANUFACTURING AND ENERGY STORAGE
COMPANIES ...................................................................................................................................................................7
4. LESSONS FOR BOI AND PAKISTANI COMPANIES LOOKING TO FORM JVS WITH CHINESE
COMPANIES .............................................................................................................................................................. 8
4.1 SHOWCASE PAKISTANIS UNIQUE VALUE PROPOSITION .....................................................................................8
4.2 PRESENTATION OF PAKISTAN THROUGH THOROUGH MARKET RESEARCH ....................................................... 8
4.3 CLEAR VALUE PROPOSITION ..............................................................................................................................8
4.4 REGULATORY AND POLICY UNDERSTANDING ................................................................................................... 8
4.5 NEGOTIATION AND AGREEMENT ........................................................................................................................8
5. HOW CAN THE EMBASSY HELP? ................................................................................................................. 9
6. CONCLUSION .................................................................................................................................................... 9
APPENDIX I.................................................................................................................................................................10
APPENDIX II ................................................................................................................................................................11
2
APPENDIX III.............................................................................................................................................................. 13
1. Executive Summary:
This Information Note is aimed at providing insights into China's Solar Panel
Manufacturing & Power Storage sector, its features, strengths, its relocation trends, value
propositions and opportunities for joint ventures for Pakistani businesses.
China dominates global solar manufacturing (80% share) and power storage production
(70% of lithium-ion batteries), driven by its "Dual Carbon" goals and industrial policy upgrades.
With 390 GW of solar module capacity in 2024, China is restructuring its supply chain through
inland relocation and overseas expansion. Pakistan offers 2,200+ kWh/m²/year solar irradiance,
industrial mineral reserves (silica, lithium), and CPEC-enabled logistics – positioning it as an ideal
partner for manufacturing joint ventures.
Pakistan, on the other hand, offers an abundance of underutilized natural
resources-biomass, coal, salt, and industrial minerals-positioning it as a complementary partner to
China's technological strengths and industrial experience. Pakistan offers cost-competitive labor,
policy incentives, and raw materials (copper, lithium reserves). With 390 GW of solar module
capacity in 2024, China is restructuring its supply chain through inland relocation and overseas
expansion. Pakistan offers 2,200+ kWh/m²/year solar irradiance, industrial mineral reserves (silica,
lithium), and CPEC-enabled logistics – positioning it as an ideal partner for manufacturing joint
ventures. It can serve as a hub for component manufacturing and regional exports. Key
collaboration areas include:
•Solar-grade silicon
production
Pakistan provides high-purity quartz for solar-grade silicon, while
China offers smelting technology and capital investment.
•PV module assembly
hubs
Chinese firms establish automated assembly plants in Pakistan using
local labor and China's Industry 4.0 solutions.
•Battery cell
manufacturing
Joint ventures produce LFP batteries in Pakistan using local
lithium/copper and Chinese cathode/anode tech.
•Energy storage system
integration
China deploys AI-managed containerized storage systems paired with
Pakistani solar farms for grid stability.
•Smart microgrid
deployment
Hybrid solar-storage microgrids powered by Chinese inverters/BMS
serve off-grid Pakistani communities.
1.1 China’s Solar Cell & Module Market Snapshot (2024)
• Global Leadership:
Supplies 86% of global polysilicon, 98% of wafers, 84% of cells, and 88% of modules.
Module exports: $50–60B USD (＞50% for export; Pakistan ranks #4 destination).
• Growth & Challenges:
Domestic installations: 277 GW in 2024 (+28.4% YoY), but oversupply (>600 GW capacity
vs. ~500 GW demand) causes industry-wide losses.
Export decline: 28.8% YoY drop (2023) due to trade barriers and sluggish demand.
• Technology Edge:
N-type TOPCon/HJT cells dominate; efficiency >24%.
Unbeatable cost: Module prices at $0.11–0.13/W.
1.2 Potential Cooperation with Pakistan
1) Industrial Capacity:
Chinese PV giants to establish factories in Pakistan’s SEZs.
3
2) CPEC Infrastructure:
Integrate Chinese modules/tech into solar parks and grid projects under CPEC.
3) Technical & Standards Alignment:
Joint R&D centers (e.g., with NUST Islamabad) for desert-adapted solar solutions.
Pakistan’s adoption of Chinese GB/T standards reduces certification barriers.
4) Financial Innovation:
Hybrid financing (loans + equity) + RMB/PKR settlements via Offshore Clearing Centers.
1.3 Logic for China-Pakistan Solar Synergy
• Pakistan’s Opportunity:
40+ GW solar potential (World Bank); 1,600–2,200 annual sunshine hours.
50 million people off-grid; grid tariffs tripled since 2021, fueling solar demand.
• China’s Strategic Drive:
Low factory utilization (cells: 53.5%; modules: 44.2%) necessitates expansion to high-growth
markets.
12–18% higher profit margins in overseas markets vs. domestic (PV Infolink 2024).
1.4 Strategic Pathways for Partnership
1) Phased Local Manufacturing:
Phase 1: Module assembly → Phase 2: Cell production → Phase 3: Polysilicon refining (in
CPEC SEZs).
2) Policy Integration via CPEC 2.0:
Bundle solar manufacturing with grid upgrades and storage systems under a "Solar Corridor
Initiative".
3) Circular Economy Model:
Establish recycling hubs to extract 95% pure silver/glass from end-of-life panels for reuse.
4) Risk Mitigation:
Create "brand-neutral" JVs with Pakistani partners to bypass future trade sanctions.
2. Overview of Chinese Solar Panel Manufacturing & Power Storage Sector
China dominates the global photovoltaic industry chain. In 2022, China's multi-grade silicon
production accounted for 86% of the world's total, silicon wafer production accounted for 98%,
battery production accounted for 84%, and module production accounted for 88%. In December
2024, the newly installed photovoltaic capacity in China was approximately 70.7GW, a
year-on-year increase of 36.3% and a month-on-month increase of 182.8%. Domestic cumulative
new photovoltaic installed capacity in 2024 will be 277GW, a year-on-year increase of 28.4%.
According to Infolink forecasts, overall demand is expected to be between 245-265GW in 2025.
2.1 Size and Growth Trends
1) Solar Panel Manufacturing
Market Size:
China remains the global leader in solar panel manufacturing, with its market size
reaching $161.4 billion in 2024. This includes production of polysilicon, wafers, cells,
and modules, with cumulative output exceeding 588 GW in 2024. By 2025, the market is
projected to grow by 18% to $190.4 billion, driven by robust domestic demand and
exports.
Growth Rate:
Historical Growth: Between 2020 and 2025, the sector achieved a 25.7% CAGR,
reflecting rapid expansion in production capacity and technological advancements.
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2024 Performance: Solar panel exports surged by 12% to 238.8 GW, with major
destinations including Brazil, the Netherlands, and India.
2) Power Storage
Market Size:
China’s power storage industry, dominated by lithium-ion batteries, reached $223.3
billion in 2024. This includes utility-scale projects, residential/commercial systems, and
EV-related storage. By 2034, the market is forecast to grow to $2.45 trillion, driven by
a 25.4% CAGR from 2025–2034.
Growth Rate:
Recent Trends: In 2024, 43.7 GW/109.8 GWh of new energy storage capacity was added,
a 103%/136% YoY increase 9. Cumulative installed capacity reached 78.3 GW/184.2
GWh, surpassing pumped hydro for the first time.
2.2 Government Vision and Targets
Key Targets:
•1,200 GW solar/wind capacity by 2025 (NDRC)
•100 GWh new grid storage by 2027 (CNESA)
Industrial Policy Tools:
•Golden Sun Project 2.0: $7.2B subsidies for HJT/calcium-titanium cell R&D.
•Export Rebates: 13% VAT refund for energy storage systems shipped to BRI countries.
2.3 Categories and Sub-Sectors
From the perspective of the crystalline silicon solar cell industry chain, the upstream raw
materials mainly include silicon wafers (monocrystalline silicon, multi-product silicon, amorphous
silicon), silver paste, cells, laminates, modules, brackets, inverters, combiner boxes, controllers, etc.;
The midstream is the photovoltaic power generation link, and the photovoltaic power stations
composed of photovoltaic modules mainly include two forms: ground centralized photovoltaic
power stations and rooftop distributed photovoltaic power stations; The downstream is the
application of photovoltaic power generation, photovoltaic electronic and electrical products and
photovoltaic power station operation and maintenance services.
Solar cells are obtained from single and multi-crystalline silicon wafers through processes
such as texturing → diffusion → etching → coating → sintering → testing. Single solar cells
cannot be used independently and need to be connected in series and parallel with several cells and
tightly sealed into components before they can be used. The development trend of photovoltaic cell
technology: aluminum back field BSF cell (1st generation) → PERC cell (2nd generation) →
PERC+/TOPCon (2.5th generation) → HJT cell (3rd generation) → HBC cell (4th generation,
possible direction). In 2022, all P-type monocrystalline cells produced on a large scale will adopt
PERC technology, with an average conversion efficiency of 23.2%, close to the theoretical limit.
my country is currently the main producer and exporter of silicon cells and photovoltaic modules.
Modules are the core part of the solar power system, which refers to the smallest and
inseparable photovoltaic cell combination device with packaging and internal connection, which
can be independently powered. The production process of photovoltaic modules is the process of
assembling the typeset cell phalanx with packaging materials, and module manufacturers purchase
auxiliary materials such as cells, photovoltaic glass, adhesive film, backplane, junction box,
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aluminum frame and other auxiliary materials from the upstream, and mainly carry out physical
packaging work in the module link, weld the cells with welding ribbons, and connect them in series
according to a certain number, and bond and fuse the cells with the adhesive film, glass and
backplate at a certain pressure and temperature, and then install the glass and aluminum frames
2.4 China's Export Trends for Solar sector
Year
Solar Exports
(GW)
Key Markets
Trade Barrier Response
2022
154
EU (42%), ASEAN
(28%)
Minimal tariffs
2024
210
MENA (37%),
LATAM (23%)
Vietnam/Thailand
"transshipment hubs"
Source: Global
Trade Atlas
3. Trends of Relocation for Solar Panel Manufacturing & Power Storage in China
China’s solar and energy storage industries are undergoing strategic relocation, creating
windows of opportunity for Pakistan to integrate into global value chains. By leveraging natural
resources, CPEC infrastructure, and policy synergies, Pakistani firms can evolve from raw material
suppliers to value-added manufacturers, while Chinese partners gain access to low-cost production
and emerging markets. Success requires targeted JVs, tech transfer, and alignment with both
nations’ energy transition goals.
3.1 Analysis of China's Solar Panel Manufacturing and Energy Storage Industry Relocation
Trends
a) Domestic Relocation: Coastal to Inland & Westward Shift
Key Drivers:
• Cost Optimization: Inland provinces (e.g., Sichuan, Yunnan, Qinghai) offer 30–50% lower
land/labor costs and access to low-cost hydropower/solar energy, critical for energy-intensive
processes (e.g., polysilicon refining).
• Policy Incentives: Western Development Strategy and "Double Carbon" goals prioritize green
energy hubs in regions like Xinjiang (e.g., 10 GW solar manufacturing cluster by 2025).
• Supply Chain Clustering: Inland areas like Xi’an (Shaanxi) and Wuhan (Hubei) are emerging as
hubs for solar cell production and energy storage system (ESS) integration, leveraging proximity to
raw materials (e.g., lithium in Qinghai).
b) Global Relocation: From Export-Driven to Localized Ecosystems
Strategic Motivations:
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• Tariff Avoidance: EU’s Carbon Border Adjustment Mechanism (CBAM) and U.S. Section 301
tariffs push Chinese firms to establish overseas production (e.g., Southeast Asia, Africa, Latin
America).
• Market Access: Emerging markets with low PV penetration (e.g., Southeast Asia: <5% of
electricity from solar) and growing energy storage needs (e.g., India, Middle East).
• Resource Proximity: Closer to raw materials (e.g., lithium in Argentina, cobalt in Congo) and
end-users to reduce logistics costs.
Regional Models:
• Southeast Asia: Focus on PV module assembly and battery pack production (e.g., Thailand,
Vietnam).
• Europe: High-value ESS integration and R&D (e.g., Germany, Poland) to meet strict grid standards.
• Africa/Middle East: Hybrid solar-storage projects for off-grid electrification (e.g., Saudi Arabia,
Egypt).
3.2 Benchmark Overseas Projects
a) Middle East & Southeast Asia:
Trina Solar (Vietnam):
o6GW module factory supplying U.S./EU markets with 40% local silica content,
sidestepping U.S. tariffs.
TCL Zhonghuan (Saudi Arabia):
o20GW crystal wafer plant with Saudi Vision Industries, leveraging $0.03/kWh energy
and tax holidays.
JA Solar (Oman):
o$500M, 9GW integrated facility (polysilicon to modules), targeting MENA’s 24GW
solar demand by 2024.
b) Western Markets:
LONGi (USA):
o5GW Ohio plant with Invenergy; received $4M state grants and 15-year tax breaks
under IRA.
CATL (Hungary):
o$7.8B, 100GWh battery gigafactory supplying European ESS/EV markets, avoiding
12% CBAM fees.
c) Pakistan-Specific Models:
JA Solar-Gwadar SEZ (2024):
o1GW module assembly using CPEC logistics for EU/MENA exports.
Karot Hydropower (China-Pakistan JV):
o300MW solar-hydropower hybrid with 3.5M-ton CO₂ reduction/year
3.3 China-Pakistan Complementarity
Pakistan’s Advantages:
Resource Base:
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oSilica Reserves: Thar Desert holds 5.3B tons of high-purity silica (SiO₂ >99.6%),
cutting polysilicon costs by 25% vs. imports.
oSolar Potential: 2,900 kWh/m²/year irradiance (NASA SSE), ideal for low-cost power
generation.
Cost Efficiency:
oIndustrial electricity: $0.065/kWh (CPEC coal) vs. $0.11/kWh in China.
oManufacturing wages: $180/month (vs. $650 in China).
Trade Access:
oGSP+ status for tariff-free EU module exports; Gwadar Port reduces shipping time to
Rotterdam to 30 days.
China’s Expertise Alignment:
Pakistan’s Need
Polysilicon refining
Module assembly automation
Grid-scale storage
Policy Synergy:
Pakistan’s Alternative Energy Policy 2021 offers 5-year tax holidays and duty-free equipment
imports.
CPEC funds $1.2B for renewable projects, including solar-storage microgrids for 30M off-grid
households.
3.4 Strategic Recommendations for Pakistani Solar Panel Manufacturing and Energy Storage
Companies
1) Leverage Policy Synergy through CPEC 2.0 Framework
Pakistan’s energy shortage power deficit and transmission losses—creates urgent demand for
renewable solutions. China should institutionalize PV as a “core pillar” of the China-Pakistan
Economic Corridor (CPEC) Phase II, moving beyond ad-hoc project bidding. Propose a "Solar
Corridor Initiative" under CPEC, bundling grid infrastructure upgrades, distributed storage systems,
and localized manufacturing clusters.
2) Vertical Integration with Localized Value Chains
Rather than mere component exports, Chinese firms should deploy Solar Industrial Parks:
Phase I: Establish polysilicon refining plants in Balochistan (leveraging Gwadar Port logistics).
Phase II: Partner with Punjab-based industrial zones for wafer/cell production (utilizing SEZ
incentives).
Phase III: Final assembly clusters in Sindh/KPK for modules and storage systems.
Create a PV Technology Transfer Fund (e.g., jointly funded by Chinese OEMs and Pakistan’s
Ministry of Energy), training local technicians annually in smart manufacturing and O&M.
3) Strategic Countersanctions Hedging
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Anticipate potential US/EU pressure on Chinese PV imports to Pakistan. Establish "Brand Neutral"
JVs: Co-brand modules with Pakistani partners using local registration. Pre-emptively certify
products through TÜV Rhineland Pakistan, circumventing future compliance hurdles.
4) PV Waste-to-Profit Circular Economy
Establish "Solar Cells & Modules Recovery Hubs, deploy advanced recovery tech to extract 95%
pure Ag from end-of-life panels. Co-locate with new factories: Recycled glass/aluminum feeds new
module production.
4. Lessons for BOI and Pakistani Companies Looking to Form JVs with Chinese Companies
4.1 Showcase Pakistanis Unique Value Proposition
Currently, Chinese companies have a wide range of options for investment and industrial
relocation in the solar panel manufacturing and energy storage sector. Unfortunately, Pakistan does
not always feature prominently on the radar of Chinese investors. To attract greater interest,
Pakistan must position itself as a compelling destination that offers a low-cost, resource-rich
platform ideally suited for competitive and sustainable capital and technology ventures. By
highlighting its strategic location, abundant raw materials, and improving industrial infrastructure,
Pakistan can become a credible partner in China's global supply chain realignment.
4.2 Presentation of Pakistan through Thorough Market Research
Before approaching Chinese companies for joint venture opportunities, Pakistani enterprises
and the Board of Investment (BOI) should undertake comprehensive market research to identify and
articulate investment opportunities-especially those that may not be readily understood by Chinese
counterparts. This includes gaining a deep understanding of the specific interests, capacities, and
strategic goals of various Chinese solar panel manufacturing and energy storage firms. For instance,
while some companies may be focused on expanding their international footprint in local market
and labor force, others may be seeking partners to transfer advanced technologies in specialty or
value- added solar segments. By aligning Pakistan's strengths and available resources with the right
Chinese partners, engagement efforts can become more targeted, effective, and mutually beneficial.
4.3 Clear Value Proposition
Pakistani companies need to clearly define their value proposition to Chinese partners. Pakistan
has certain advantages, such as its geographical location, which can serve as a gateway to the
Middle East and South Asia markets. It also has a relatively low - cost labor force and some natural
resources relevant to the solar industry. By highlighting these advantages, Pakistani companies can
attract Chinese investment. For instance, if a Pakistani company has access to a unique local raw
material that is in demand in the global solar market, it should clearly communicate this to potential
Chinese partners.
4.4 Regulatory and Policy Understanding
Both Pakistani companies and the BOI should have a deep understanding of the regulatory and
policy environment in both countries. In China, there are policies regarding overseas investment,
technology transfer, and environmental protection in the solar industry. In Pakistan, there are
regulations related to foreign investment, business licensing, and environmental impact assessment.
A clear understanding of these policies can help smoothen the negotiation process and avoid
potential legal and policy - related risks. For example, the BOI can play an important role in
providing Chinese companies with detailed information about Pakistan's investment - friendly
policies, such as tax breaks for new solar projects. The Embassy has shared a draft pitchbook with
the BOI.
4.5 Negotiation and Agreement
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During the negotiation process, it is crucial to be flexible yet firm. Pakistani companies should
be prepared to negotiate on key issues such as equity ratio, profit - sharing, and technology transfer
on solar panel manufacturing and energy storage sectors. The agreements should clearly define the
rights and obligations of both parties. For example, in terms of technology transfer, the agreement
should specify the scope of technology, training of local employees, and the time frame for the
transfer. It is also advisable to engage legal and financial experts during the negotiations and
drafting of the agreement to ensure its fairness and legality.
5. How Can the Embassy Help?
The Embassy of Pakistan in Beijing and its Consulates in Chengdu (Sichuan Province),
Guangzhou (Guangdong Province) and Shanghai in China remain proactive in facilitating
meaningful B2B and joint venture collaboration between Pakistani and Chinese companies. Our
structured approach includes:
• Direct liaison with Chinese industry associations, chambers of commerce, and leading solar panel
manufacturing and energy storage companies.
• Organized business matchmaking events, seminars, and investment forums.
• Continuous support in navigating regulatory approvals, ensuring smooth operational setup.
For targeted results, the Embassy encourages Pakistani companies, with support from BOI
to submit detailed proposals, with data driven studies, clearly outlining objectives, scope of
cooperation, required technical and financial support, and anticipated timelines so that this
information could be convey and advertised to Chinese companies in a timely manner.
6. Conclusion
China's dominance in global solar panel manufacturing and power storage, coupled with
Pakistan's abundant natural resources, strategic location, and policy incentives, creates a robust
foundation for mutually beneficial joint ventures. China's ongoing supply chain restructuring,
driven by cost optimization and overseas expansion, aligns perfectly with Pakistan's potential to
serve as a manufacturing hub for solar-grade silicon, PV modules, and energy storage systems.
Key collaboration areas such as polysilicon production, module assembly, battery cell
manufacturing, and smart microgrid deployment offer significant growth opportunities. Leveraging
CPEC infrastructure, policy synergies, and technological expertise, both nations can foster a
circular economy, enhance energy security, and tap into regional export markets. Success hinges on
targeted JVs, technology transfer, and proactive engagement through diplomatic channels, ensuring
that Pakistan positions itself as a preferred partner in China's global renewable energy strategy.
To ensure success, Pakistan must present itself as an investment-friendly destination, backed
by clear laws, policies, market data, and active facilitation through BOI, line Ministries and
relevant Provincial Departments as well as Pakistan Embassy and its Consulates in China.
Appendix
10
Appendix I
Top 10 Chinese solar panel manufacturing and energy storage companies in 2024:
Rank
Company
Name
Address
Contact Number
Export Volume
(USD)
1
Longi Green
Energy
No. 8369
Shangyuan
Road, Economic
& Technological
Development
Zone, Xi'an,
Shaanxi, China
+86-029-86473930
$12.1 billion
2
JinkoSolar
1 Shenchang
Road, Minhang
District,
Shanghai, China
+86-21-51808688
$11.8 billion
3
Trina Solar
No. 1888 Jintai
Road, Xinbei
District,
Changzhou,
Jiangsu, China
+86-519-85198888
$9.5 billion
4
BYD
No. 3009
Liyuan Avenue,
Longgang
District,
Shenzhen,
Guangdong,
China
+86-755-89888888
$8.7 billion
5
CATL
No. 18 Dong 侨
Road, Ningde,
Fujian, China
+86-593-2518888
$7.3 billion
6
JA Solar
No. 1888
Dongfang Road,
Yixing, Jiangsu,
China
+86-510-87138888
$6.2 billion
7
Canadian
Solar
No. 1688 South
Jinjiang Road,
Hefei, Anhui,
China
+86-551-65366666
$5.8 billion
Appendix
11
8
Tongwei
Solar
No. 666 Xindu
Road, Xindu
District,
Chengdu,
Sichuan, China
+86-28-83018888
$5.1 billion
9
CSG Holding
No. 1999
Jiefang Road,
Nanjing,
Jiangsu, China
+86-25-83195555
$4.6 billion
10
Risen Energy
No. 1888
Fenghua Road,
Ninghai,
Zhejiang, China
+86-574-65588888
$4.2 billion
Appendix II
Top 10 Chinese Solar Panel Manufacturing and Energy Storage Industrial Parks in China
12
No.
Park Name
Province
Main Industries
Key Companies
1
Wuxi National New Energy
Technology Industrial Park
Jiangsu
Solar panel
manufacturing,
energy storage
systems
Suntech Power,
Trina Solar
2
Changzhou Trina Solar PV
Industrial Park
Jiangsu
Solar modules, energy
storage systems
Trina Solar,
Jiangsu TBEA
Solar
3
Guangzhou Huadu New Energy
Storage Industrial Park
Guangdong
Photovoltaic + energy
storage integration,
smart grid solutions
BYD, Huawei
Digital Energy
4
Suzhou GCL Integration PV
Industrial Park
Jiangsu
High-efficiency solar
modules, energy
storage batteries
GCL System
Integration, JA
Solar
5
Jiaxing Xiuzhou Photovoltaic
Industrial Agglomeration Area
Zhejiang
PV glass, solar
modules, energy
storage materials
LONGi Green
Energy, Canadian
Solar
6
Yiwu Information
Optoelectronics High-Tech
Industrial Park
Zhejiang
Solar cells, modules,
energy storage
systems
JinkoSolar, Risen
Energy
7
Hefei Sunshine Power New
Energy Equipment Industrial
Park
Anhui
PV inverters, energy
storage systems,
smart microgrids
Sungrow Power,
Hefei Gotion
High-Tech
8
Dongguan Shuixiang New
Energy Industrial Base (Huizhi
Cloud City)
Guangdong
Energy storage
batteries, EV
components, solar
inverters
Ganfeng Lithium,
BYD
9
Qingdao Energy Storage
Industrial Park
Shandong
Electrochemical
energy storage,
hydrogen energy
systems
Phylion Battery,
Sinoma Energy
Conservation
13
10
Heze Shandong HiSilicon
Long-Duration Energy Storage
Zero-Carbon Industrial Park
Shandong
Long-duration energy
storage, lithium iron
phosphate batteries
HiSilicon Energy
Storage, CATL
Appendix III
Contact Details of Pakistan Embassy and Consulates
Embassy of Pakistan in Beijing
Tel: +86-10-65322581 Email: commercial@pakbj.org
Consulate General of Pakistan in Chengdu
Tel: +86-28-85268316/17 Email: parepchengdu@mofa.gov.pk
Consulate General of Pakistan in Guangzhou
Tel: +86-20-85505679 Email: tic.guangzhou@commerce.gov.pk
Consulate General of Pakistan Shanghai
Tel: +86-21-62377000 Email: parepshanghai@mofa.gov.pk.