Learn More About Lithium Valley

Profile

Dongguan Lithium Valley Energy Co., Ltd., a subsidiary of Zongshen Power (001696. SZ), was established in 2013. We focus on residential energy storage and commercial energy storage applications. With the vision of "Making the World A Green Valley,"Lithium Valley provides customized energy storage products and comprehensive energy storage solutions for customers. The company currently offers a series of high-voltage and low-voltage residential energy storage products and industrial&commercial energy storage system products, all of which have obtained international authoritative certifications such as CB, CE, UL1973, UL9540A, BIS, ISO9001, ISO14001, ISO14064, and ISO14067.

Our founder has over 16 years of experience in the battery industry. The factory covers an area of 30,000 square meters, and the company currently has more than 300 employees in management, research and development, and production. We have our headquarter and production base in Dongguan, marketing centers in Wuhan and Shenzhen, and an R&D center in Nanjing. We also have overseas branches and warehouses in the United States, Germany, Hungary, and South Africa.

After more than a decade of industry cultivation, Lithium Valley strictly adheres to the principles of high quality, high efficiency, and sustainable development in the field of production and manufacturing. It has established a scientific and stable supply chain system. 

For the procurement and inspection of battery cells, Lithium Valley has established close cooperation with several top domestic battery cell suppliers to ensure the quality and stability of the system from the source. Battery modules are integrated with our self-developed BMS battery management system and EMS energy management system, and cloud platforms are integrated into the energy storage system. 

The quality control team of Lithium Valley conducts strict monitoring throughout the production process and ensures that each product undergoes a series of rigorous tests, including battery performance testing, safety testing, and environmental adaptability testing, to ensure product reliability and stability.

With continuously mature and refined manufacturing processes, we have strong customization capabilities to provide professional customized products according to customers' individual needs and offer personalized value-added services.

Product Introduction

Stacked High-Voltage Battery Energy Storage Solution

The unique feature of this energy storage product is that users can flexibly choose the battery capacity according to their needs, ensuring maximum efficiency for every unit of electricity.

The product supports capacity expansion from 3 to 10 layers, with capacity options ranging from 7.68 kWh to 25.6 kWh and voltage ranging from 153.6V to 512V. This flexibility makes the product ideal for home and small-scale commercial users, allowing for customization based on specific needs. Additionally, the product supports seamless switching between off-grid and on-grid modes, ensuring uninterrupted power supply for users 24 hours a day.

Lithium Valley's energy storage products are designed to meet the requirements of modern energy storage systems, incorporating integration, compactness, lightweight, intelligence, standardization, and environmental friendliness. The products adopt advanced lithium battery technology, featuring high energy density, long lifespan, and high charge-discharge efficiency. Through an intelligent management system, users can monitor the battery's status and performance in real time, ensuring stable operation of the system.

With its excellent performance and flexible configuration options, this product is expected to provide a greener, more efficient, and reliable energy supply for homes and commercial users, contributing to a sustainable future.

All-in-One Energy Storage Solution

Lithium Valley's all-in-one energy storage battery features a minimalist design with a compact and integrated form, making it suitable for various household settings. Users can easily install it in any corner of their homes without worrying about taking up too much space. Additionally, the product's installation process is straightforward, requiring minimal maintenance.

This all-in-one energy storage battery is particularly suitable for applications that require high power output, limited installation space, weight restrictions, and long cycle life. It can easily adapt to urban apartments, villas, and rural residences. The integrated inverter within the unit converts direct current (DC) into alternating current (AC), meeting the household electricity needs. This means that users can enjoy a stable and continuous power supply from day to night.

Lithium Valley's all-in-one energy storage battery not only offers excellent performance and convenient installation features but also incorporates intelligent capabilities. Users can monitor the battery's operation status, including battery capacity, power output, and charging/discharging conditions, in real-time through a mobile application or other smart devices. This allows users to manage their home energy consumption more easily and work towards achieving their green footprint goals.

In addition to the stacked battery storage and all-in-one battery storage solutions, Lithium Valley's classic 3U and wall-mounted energy storage batteries also possess outstanding features such as high energy density, long cycle life, high efficiency, and excellent safety performance. These product solutions have gained a good reputation among a large customer base through long-term validation in domestic and international markets.

Commercial Containerized Energy Storage Solution

In certain applications where ensuring power supply to critical facilities within a short period and adjusting seasonal regional load curves are crucial, mobile power storage systems become essential. Lithium Valley's containerized all-in-one design integrates intelligent environmental monitoring systems, environmental support systems, and energy storage monitoring management systems. It also supports plug-and-play operation with the grid, providing convenience and efficiency in grid support and temporary regional power supply.

User-Friendly and Flexible

Lithium Valley's commercial and industrial battery energy storage solutions feature scalability, modularity, and rapid deployment. The design allows for flexible placement, making it suitable for various purposes such as photovoltaic self-consumption, peak shaving, load shifting, backup power, and integration with electric vehicle charging stations.

Safe and Reliable

The containerized unit integrates a comprehensive environmental intelligent control system, battery management system, and comprehensive thermal management, ensuring the stable operation of the energy storage system. With IP65-level dust and water resistance, dual fire protection, and environmental reliability, it also features a robust fault protection mechanism.

Intelligent and Efficient

Lithium Valley's commercial and industrial battery energy storage solutions support real-time online monitoring and intelligent cloud-based analytics. They offer advantages such as large capacity, long service life, and high discharge rates.

Versatile Applications

Lithium Valley's commercial and industrial battery energy storage solutions are suitable for various scenarios, including:

• Industrial parks and factories
• Commercial buildings
• Remote or unstable power supply areas
• Grid infrastructure

Application Scenarios

With the increasing global energy demand and the focus on sustainable energy, energy storage battery technology has become a hot topic in the world today. Energy storage batteries play a crucial role in many application scenarios, providing efficient, reliable, and environmentally friendly energy solutions for households, businesses, and industrial users.

Home Energy Storage

The advantages of home energy storage systems are not only reflected in energy self-sufficiency and emergency backup but also contribute to reducing household electricity costs. Through intelligent energy management systems, home users can schedule the charging and discharging process of energy storage batteries based on electricity price fluctuations and electricity demand. During periods of low electricity prices, users can choose to charge the batteries, while during periods of high electricity prices, they can utilize the stored energy from the batteries to meet household electricity needs. This way, home users can effectively reduce their electricity expenses.

In addition, home energy storage systems also help promote the widespread use of renewable energy. With the continuous development of renewable energy technologies such as solar power and wind power, more and more households are choosing to install photovoltaic systems or wind power devices. However, the generation capacity of these renewable energy sources is greatly influenced by weather conditions, resulting in some degree of instability. The inclusion of energy storage batteries can balance this instability and ensure the continuity and stability of household electricity supply.

Home energy storage systems can also provide ancillary services to the grid. During peak demand periods on the grid, home energy storage batteries can supply electricity to the grid, alleviating grid pressure. During periods of low demand, home energy storage batteries can recharge from the grid. This interactive energy exchange helps improve the efficiency of the grid operation and reduce carbon emissions.

Commercial and Industrial Energy Management

Commercial and industrial users face higher energy demands and cost pressures. Energy storage battery systems can help these users optimize energy usage and reduce energy costs. By combining energy storage batteries with renewable energy systems such as solar power and wind power, businesses can use the stored energy from batteries during peak electricity price periods to avoid expensive grid electricity. Additionally, energy storage batteries can provide power quality management to ensure stable operation of sensitive equipment.

Microgrids and Distributed Energy

Energy storage batteries play a critical role in microgrids and distributed energy systems. A microgrid is a small-scale power system that operates independently of the main grid and can continue to function during grid failures. Energy storage batteries provide stable power supply to microgrids, ensuring system reliability and flexibility. Furthermore, distributed energy systems, by decentralizing energy generation and consumption across multiple locations, can improve energy efficiency and reduce energy losses.

Electric Vehicle Charging Infrastructure

With the rapid growth of the electric vehicle (EV) market, the demand for charging infrastructure is also increasing. Energy storage batteries can provide a stable power supply to EV charging stations, relieving grid pressure and reducing charging costs. Additionally, by combining energy storage batteries with renewable energy systems, charging stations can achieve green and low-carbon charging services.

Energy Internet

The energy internet is an intelligent network that integrates various forms of energy such as electricity, heat, and gas. Energy storage batteries play a crucial role in the energy internet, enabling efficient scheduling and optimization of energy resources. By integrating energy storage batteries with other energy sources, the energy internet can achieve efficient energy utilization, reduce carbon emissions, and promote sustainable development.

In summary, energy storage batteries play an important role in various application scenarios, providing strong support for global energy transition. With the continuous development of energy storage technology and cost reduction, energy storage batteries will play an even more important role in the future of the energy sector.