Inviting Partners Nationwide for PV, Storage, Charging, and Integrated Business Zero-Carbon Era, Win-Win Future! Join Hands to Explore the Green Energy Market!

Company Dynamic / 2025-09-10

Under the guidance of the "Dual Carbon" goals, green energy is accelerating the reshaping of the industrial landscape. As a leading domestic provider of clean energy solutions, Jiawei Renewable Energy has established a business system covering four core sectors: wind, solar, storage, and charging, with systematic capabilities in the development, construction, operation, and maintenance of new energy assets. Leveraging digital transformation, we have created comprehensive energy solutions centered on integrated energy management, virtual power plants, and green electricity trading. This document focuses on introducing our business progress and partnership opportunities in distributed PV, integrated solar-storage-charging, source-grid-load-storage, virtual power plants, zero-carbon parks, and green electricity/carbon trading.

I. Distributed Photovoltaics: Activating Rooftop Resources, Creating Green Benefits Together

Our company specializes in the development, investment, construction, and operation of PV projects. We tailor distributed integrated energy solutions based on enterprise factory rooftop conditions and electricity consumption needs. Through high-efficiency photovoltaic systems, enterprises can significantly reduce electricity costs and carbon emissions, and even participate in green electricity trading, achieving a win-win situation in

both economic and environmental benefits.

We look forward to cooperating with enterprises and property owners nationwide who possess factory and industrial park resources, to jointly revitalize rooftop assets and build green, low-carbon factories. Whether for new projects or existing facility renovations, we can provide full-cycle services from planning and construction to operation and maintenance, assisting enterprises in steadily progressing towards sustainable development.

Showcase Projects:

Henan Jiaozuo Fen'an Aluminum 12 MW Distributed PV Power Station

Located within the Henan Fen'an Aluminum Co., Ltd. factory area in Jiaozuo City, Henan Province, this project efficiently utilizes 107,000 m² of industrial factory rooftops to create an "on-site consumption with surplus electricity fed into the grid" energy consumption system. Its average annual power generation reaches 12.185 million kWh, reducing CO₂ emissions by approximately 12,000 tons and saving standard coal by about 3,314 tons annually, helping the enterprise save over 3 million RMB in costs each year. This project pioneers a new model integrating heavy industry with clean energy, becoming a benchmark for the "PV + High Energy Consumption" green aluminum industry intelligent transformation in the Central Plains region, and providing a demonstrative example for the green upgrade of traditional industries.

Jiangsu Zhenjiang KYB 10.879 MW Distributed PV Power Station

Located within the KYB Mechanical Industry (Zhenjiang) Co., Ltd. factory area in Zhenjiang City, Jiangsu Province, this project utilizes 90,000 m² of factory rooftops for distributed PV, establishing an efficient green power supply system. The project's average annual generation is about 11.26 million kWh, reducing CO₂ emissions by approximately 11,200 tons and saving standard coal by about 3,062 tons annually, lowering the enterprise's electricity costs by over 40%. Driven by the dual engines of "green power gains + asset value appreciation," the project sets an exemplary model for low-carbon transformation in advanced manufacturing, establishing a "zero-carbon intelligent manufacturing" benchmark for the mechanical industry.

CALB Technology (Jiangmen) Phase I 9.2 MW Distributed PV Power Generation Project

Located at the intersection of Xinhang Road and Chuangxin Road, Xinhui District, Jiangmen City, Guangdong Province, this project has a total installed capacity of 9.2 MW and adopts the "on-site consumption with surplus electricity fed into the grid" mode. After completion, it is expected to provide 8.9373 million kWh of clean electricity to the grid annually, saving approximately 2,687.44 tons of standard coal per year. The AC cables for the entire project were installed using pipe jacking construction, which presented significant construction difficulty and high cost. The on-site technical team employed high-precision pipe jacking techniques, achieving accurate positioning and efficient construction, completing the AC cable laying work within the stipulated timeframe and effectively ensuring smooth project progress.

Fuyang Yingquan Intelligent Innovation Industrial Base 5.99 MW Distributed PV Power Station Project

This project utilizes 60,000 m² of factory rooftop resources and operates efficiently in "full feed-in" mode. Upon commissioning, it is expected to generate an average of 6.3 million kWh of electricity annually. Simultaneously, it will reduce CO₂ emissions by 6,288 tons; lower emissions of air pollutants such as sulfur oxides and nitrogen oxides by over 1,900 tons; and reduce dust emissions by 1,715 tons, injecting strong momentum into regional industrial upgrading and the realization of the "Dual Carbon" goals.

II. Integrated Solar-Storage-Charging: Empowering Diverse Scenarios, Outlining a New Vision for Smart Energy

In the fields of solar, storage, charging, and integration, our company has developed comprehensive, mature solutions covering the entire chain: photovoltaic power generation, energy storage systems, charging facilities, source-grid-load-storage coordination, virtual power plant aggregation, zero-carbon park energy management, and green electricity/carbon trading optimization. We provide enterprises with holistic energy support—from clean energy supply and intelligent storage/dispatch to green charging services—helping clients achieve multiple values including reliable energy use, peak-valley price differential benefits, demand charge optimization, and demand response incentives.

In the first half of this year, we successfully commissioned the 50 MW/100 MWh integrated solar-storage-charging + source-grid-load-storage + virtual power plant project in the Shuangliu Park of Chengdu Jiaolong Port. The system operates stably with significant economic benefits, and it has become a benchmark case in Southwest China for the deep integration of "solar-storage-charging + source-grid-load-storage + virtual power plant," marking an important breakthrough in our regional comprehensive energy application and management capabilities. Simultaneously, we have established strategic partnerships with multiple local governments in Sichuan Province to jointly promote the development of full-chain projects integrating "solar-storage-charging + source-grid-load-storage + virtual power plant + zero-carbon park," building a mature, complete, and rapidly replicable project system.

Moving forward, we will continue to deepen the coordinated operation of solar, storage, and charging; expand smart dispatch for source-grid-load-storage, aggregated response for virtual power plants, and panoramic empowerment for zero-carbon parks; and actively explore innovative linkage mechanisms between green electricity trading and carbon asset management. Our aim is to build a multi-energy coordinated, smart, efficient, and continuously profitable green energy ecosystem, joining hands with partners to explore the new blue ocean of the low-carbon energy market.

Showcase Projects:

Sichuan Jiaolong Port Shuangliu Park 50 MW/100 MWh User-Side Energy Storage + Virtual Power Plant Application Project

The innovatively built virtual power plant platform for this project achieves smart networking and real-time optimization of power supply and demand for the park's multiple energy sources by charging the storage during low-tariff periods and discharging during peak periods, functioning as a "power dispatch brain." The first phase can charge/discharge 100,000 kWh daily, ensuring power supply for over 400 industrial enterprises within the Jiaolong Port park, helping reduce the average electricity cost for park enterprises by 15%, building a clean and intelligent energy consumption system, and achieving a win-win in both environmental and economic benefits.

Shenzhen Tianjian 3.15 MW/5.32 MWh Source-Grid-Load-Storage Integrated Comprehensive Solution

Anchored on the "Dual Carbon" goals, the park is fully committed to building a source-grid-load-storage integrated smart low-carbon park, creating an innovative energy ecosystem of "data collection - platform analysis - new energy application - market trading." Focusing on green capacity building and digital platform development, it achieves unified management and operation of energy elements, establishing Shenzhen's first integrated "source-grid-load-storage-charging" green commercial park.

Guangdong Unicom Communication Base Station 25 MW/100 MWh Energy Storage and Energy Custody Project

This project is part of the energy storage system construction for communication base stations in Guangdong Province. It innovatively establishes a "storage + AI hub + energy custody" model, dynamically expanding capacity to adapt to peak-valley electricity prices, using AI intelligent dispatch for precise load response, and implementing three-level protection to ensure power supply security, creating a replicable "digital base station + storage" carbon reduction model.

Guangdong Guangzhou Zengcheng 0.3 MW/0.645 MWh Solar-Storage-Charging-Direct-Flexible Smart Microgrid Project

This project creates a commercial/industrial-level "solar-storage-charging-flexible" smart microgrid, equipped with a 0.3 MW/0.645 MWh energy storage system. Leveraging dynamic capacity expansion to adapt to Guangdong's peak-valley electricity prices enhances storage cycle utilization and saves peak electricity costs. Utilizing virtual power plant technology optimizes fast-charging pile scheduling, improving station operation efficiency. Simultaneously, it constructs a three-level BMS safety protection system, providing a "distributed storage + charging facilities + flexible regulation" zero-carbon energy supply solution, becoming a demonstration project for the miniaturization of new power systems.

We believe that strong resource integration capabilities, mature project experience, and flexible, win-win cooperation frameworks are the keys to our successful partnership. If you possess: