Energy Storage Solutions: 50MW Photovoltaics Power Project

 

Jinwu Road Phase III Photovoltaic Power Project

The Jinwu Road Phase III Photovoltaic (PV) Power Project is the first grid-connected solar-plus-storage power plant in Jinchang City, marking a major step toward clean energy development in the region.

Project Highlights

  • Construction Timeline: Began on December 10 last year; achieved full-capacity grid connection readiness by February 10 this year.

  • Installed Capacity: 50 MW PV power plant with integrated storage.

  • Annual Generation: Up to 95 million kWh.

  • Environmental Impact: Reduces approximately 8,000 tons of CO₂ emissions annually.

  • Energy Storage: Equipped with a 10 MW / 20 MWh system supporting peak shaving, frequency regulation, and peak–valley load shifting.

  • Grid Benefits: Enhances grid stability, flexibility, and operational safety.


50MW Photovoltaics Power Project
50MW Photovoltaics Power Project


Integration of Energy Storage

With the rapid expansion of solar PV and new energy industries, energy storage has become a mandatory requirement for new PV power plants. Typically, storage capacity must equal 20% of the installed PV capacity.

For the Jinwu Road Phase III Project:

  • Storage Construction Start: April 25

  • Completion: June 10

  • Quality Inspection: Passed testing on June 18, enabling official grid connection and operation.

The storage system is installed just 500 meters from the central control room. Designed with containerized “power bank” units, each station integrates converters, transformers, and switchgear inside outdoor container modules.

Containerized Unit Features

  • Independent power supply system

  • Fire alarm and detection system

  • Lighting and emergency evacuation system

  • Safety and emergency response system

  • Automated control and protection systems

This high-integration design ensures safety, reliability, and operational efficiency, while delivering essential grid services.


50MW Container Bess
50MW Container Bess


Energy Storage System Overview

The energy storage station consists of three units, each containing:

  • 1 converter & step-up cabin

  • 2 battery cabins

At a charging power of 10 MW, the system reaches full charge in two hours, storing 20 MWh (20,000 kWh) of electricity.

Energy Management System (EMS)

The system includes an advanced EMS that integrates data from:

  • Battery Management System (BMS)

  • Storage converters

  • Meters

  • Control and monitoring devices

Through unified data monitoring, the EMS enables comprehensive oversight of:

  • System operating status

  • Fault detection

  • Power generation & consumption data

  • Storage efficiency

  • Battery performance

This integrated platform enhances efficiency, reliability, and intelligent management, ensuring optimal performance of the PV + storage plant.


BESS Project
BESS Project

See more at https://www.sanopower.com/post/50-mw-pv-power-project

Email: info@sanopower.com

Mob: +86-1859-5505-568

WhatsApp: +86-1859-5505-568

Comments

Post a Comment

Popular posts from this blog

EV Charging Business You need to Know: Invest in Charger Piles or Charger Stacks?

Image
  What Are Charging Piles? Charging piles are standalone devices that supply electric power to electric vehicles (EVs). They are commonly installed in public areas such as parking lots, shopping malls, public buildings, and dedicated EV charging stations, as well as in private locations like residential communities. Types of Charging Piles: AC Charging Piles: Designed for slow charging, typically taking 7–10 hours. They are suitable for residential and office parking areas. DC Charging Piles: Provide fast charging by converting AC power into DC, reducing charging time to one to two hours. They are widely used in public charging stations where rapid turnaround is required. EV Charger Pile What Are Charging Stacks? Charging stacks are modular charging systems designed for large-scale, high-efficiency charging needs, such as fleet depots, corporate facilities, and large parking areas. They use multiple power modules to serve multiple EVs simultaneously, intelligently d...
Read more

China Leading EV Charging Company - SINOPOWER (ZHENGZHOU) TECHNOLOGY CO., LTD

Image
 Smart Power Solutions for the Future of E-Mobility SINOPOWER (ZHENGZHOU) TECHNOLOGY CO., LTD is a leading professional manufacturer and service provider of intelligent power energy solutions, with a strong focus on e-mobility. Our product portfolio includes advanced DC and AC EV chargers and power modules , designed to deliver convenient, efficient, and reliable charging for electric vehicle users around the globe. Founded by three seasoned engineers with backgrounds in electronic control automation at Siemens and ABB, SINOPOWER began its journey in 2008 by providing smart power control R&D services to renowned automakers such as BYD and Geely. Since then, we have expanded into full-scale development and manufacturing of smart EV charging systems. We offer EV charging products that meet global standards, including CCS1, CCS2, CHAdeMO, NACS, and GB. Our chargers have obtained multiple international certifications such as CE (Europe, by TÜV), UL & ETL, FCC (North America), R...
Read more

Is there a Guidelines for the Construction of Fully Liquid-Cooled Supercharging Stations? #supercharging #evcharger

Image
Is there a Guidelines for the Construction of Fully Liquid-Cooled Supercharging Stations? The answer is yes.  As the electric vehicle industry continues to grow rapidly, charging infrastructure—vital to supporting EV range—has become a key area of technological innovation and improvement. Among the many emerging solutions, fully liquid-cooled ultra-fast charging stations have gained popularity due to their high charging speeds, robust equipment reliability, low failure rates, and environmentally friendly design. Liquid-cooling super charging machine New Industry Standard Released for Fully Liquid-Cooled Ultra-Fast Charging Stations The “Construction Guidelines for Fully Liquid-Cooled Ultra-Fast Charging Stations” (Standard Number: T/CIET 590—2024) has been officially released and implemented. This group standard was jointly initiated by the Standardization Working Committee of the China International Economic and Technical Cooperation Promotion Association (CIET Committee) and the...
Read more