New Energy Industry Solution

New energy equipment chassis introduction

New energy equipment chassis, to be a solid guardian leading the clean energy revolution

The new energy equipment chassis is a special equipment designed to meet the needs of the clean energy industry for safety, stability and sustainability.

By providing efficient protection and support, our new energy equipment enclosures effectively ensure the normal operation of clean energy equipment and play a key role in promoting the clean energy revolution. At the same time, the environmental protection design of the chassis also meets the requirements of the clean energy industry for sustainable development and environmental protection.

As a solid guardian of the new energy revolution, we are committed to the continuous progress and development of new energy equipment chassis in the clean energy industry.

New energy equipment chassis product type

Solar Inverter Chassis

The solar inverter enclosure is an equipment protection solution specially designed for solar power generation systems. It provides safety protection, and also has optimized heat dissipation design and flexible adaptability.

First of all, the solar inverter chassis is made of high-strength aluminum alloy shell, with IP65 dustproof, waterproof and corrosion-resistant capabilities.

Secondly, the solar inverter chassis focuses on the optimization of heat dissipation performance. Optimized heat dissipation design helps to improve the efficiency of the inverter and prolong its service life.

In addition, the solar inverter chassis has flexible adaptability.

Wind power control cabinet chassis

The wind power control cabinet chassis is an equipment protection solution specially designed for wind power systems. It provides advanced protection and optimized heat dissipation design to ensure the stable operation of the wind power control cabinet in harsh environments.

First of all, the wind power control cabinet chassis has advanced protection performance. Effectively prevent external factors from affecting the internal equipment of the chassis.

Secondly, with the help of technical means such as fan cooling system, heat sink and air duct design, the internal temperature of the chassis can be effectively reduced and the service life of the equipment can be extended.

In addition, the internal layout of the chassis can be customized according to different types of control cabinets to meet the installation needs of various wind power generation systems.

Charging pile control cabinet chassis

The charging pile control cabinet chassis is an equipment protection solution specially designed for the charging pile system. It provides advanced protection and intelligent control functions to ensure the safe and stable operation of the charging pile control system in various environments.

First of all, the chassis of the charging pile control cabinet is made of high-strength materials, which have the characteristics of fire prevention, anti-theft and anti-corrosion.

Secondly, the chassis of the charging pile control cabinet has an intelligent control function. Through the integrated monitoring system, remote management and fault alarm functions, the status, power and charging efficiency of charging piles can be monitored in real time.

In addition, it can be customized according to different brands and models of charging piles to meet the installation and interface requirements of various charging pile systems.

New energy data center chassis

The new energy data enclosure is a professional equipment protection solution designed for the new energy industry, and is suitable for solar power generation, wind power generation, energy storage systems and other fields.

First of all, the new energy data chassis has advanced protection performance. It adopts high-quality steel or aluminum alloy casing, and has been specially treated to have the characteristics of waterproof, dustproof, anti-corrosion and anti-electromagnetic interference.

Secondly, new energy data enclosures focus on safe storage functions. The inside of the chassis is equipped with reasonable layout and fixtures, which can accommodate multiple data devices, such as servers, storage devices, etc.

Additionally, enclosures can be customized to suit specific projects and needs. A reasonable cable management system is also provided inside the chassis to facilitate equipment installation and maintenance.

Science popularization of new energy equipment chassis products

The development of new energy equipment is actively promoting the transformation and upgrading of the world's energy industry. Based on renewable energy such as solar energy, wind energy, and water energy, new energy equipment plays a key role in realizing clean energy to replace traditional fossil energy.

With the continuous innovation of solar cell technology and manufacturing process, the maturity and economy of wind power generation technology have gradually improved, and the status of energy storage equipment in the field of new energy has gradually improved, and the chassis of new energy equipment has also emerged as the times require. Development provides great opportunities and drives the development of related industrial chains.

But at the same time, as buyers of new energy equipment chassis, they often complain that the protection performance of the new energy equipment chassis is not high enough, the protection is not good; the heat dissipation effect is poor, and the operation of the equipment cannot be maintained; the size of the equipment cabinet The structure is also not flexible enough .


In order to solve the existing problems in sheet metal processing,
we adhere to the principle of customer first, and propose the following solutions:

Protect equipment safety

Choose a chassis with high protection performance, such as IP65-level waterproof, dustproof and shockproof design, to ensure the safe operation of the equipment in various harsh environments.

Structural adaptation and flexibility

Provide customized or adjustable chassis options, and carry out personalized design according to the size and layout requirements of merchant equipment. Considering the flexibility of racks, slots and fixing holes, it is convenient for merchants to install, dismantle and maintain equipment.

Environmental friendliness and sustainability

Choose a case made of environmentally friendly materials and comply with relevant environmental standards and certification requirements. By optimizing the design, reducing energy consumption and improving energy utilization efficiency, the impact on the environment is reduced.

Optimization of heat dissipation effect

Adopt advanced heat dissipation design and materials, such as aluminum alloy shell, fan cooling system, heat sink, etc., to ensure that the chassis can effectively cool the equipment and maintain a stable working temperature.

Reliable power management

Choose a chassis equipped with a high-quality power management system, including functions such as voltage stabilization, over-current, and over-voltage protection, to ensure that the equipment receives a stable and reliable power supply.

Provide cost-effective solutions

Provide chassis products with good cost performance, balance the relationship between price and quality, and provide sustainable solutions to reduce the overall cost of buyers.

Price and cost performance

Consider the quality, function and price of the case comprehensively, and choose a product with higher cost performance. Compare multiple suppliers and customize quotes based on a merchant's specific needs to get the best price and a solution that fits your budget.


Technical Strength

1.With rich experience in design and manufacturing, a professional team of engineers and technicians, able to provide innovative solutions and optimized designs to meet the different needs of customers.

Quality control

Establish a sound quality management system and quality inspection process, use high-quality materials and advanced production equipment, and conduct strict quality inspection and testing to ensure the reliability, durability and safety of the chassis.

Customization ability

With customized design and production capacity, the chassis can be customized according to the specific requirements of customers. To meet the installation needs of different equipment and the requirements of special functions.

Heat dissipation design capability

4.Provide optimized heat dissipation solutions for the chassis, taking into account heat distribution, air duct design, heat dissipation materials and other factors to ensure that the equipment can maintain a stable operating temperature and improve the reliability and service life of the equipment.

After-sales service

5.Provide comprehensive after-sales service and technical support to ensure that customers can get timely response and professional service after purchasing the chassis, and ensure the normal operation of the equipment and user satisfaction.

Environmental awareness

Pay attention to environmental protection and sustainable development, strive to reduce energy consumption and waste generation, and provide recyclable and reusable chassis components to practice green manufacturing concepts.

Case sharing

A charging pile is a device used to charge electric vehicles or hybrid vehicles, and is widely used in various scenarios.

With the popularity of electric vehicles, setting up charging piles on urban roads has become a necessary measure. By setting up charging piles next to the road or in parking spaces, car owners can conveniently charge electric vehicles without worrying about battery life. This provides people with more choices and encourages more people to use electric vehicles to reduce air pollution and traffic pressure.

Set up charging piles in public parking lots to provide convenient charging services for car owners. This not only facilitates individual car owners, but also provides a solution for charging electric vehicles in enterprises, institutions and public institutions.

Whether it is a parking lot in a commercial area, a residential area or an office area, charging piles can be set up so that the parked electric vehicles can be charged during the stay. In this way, car owners can drive a fully charged electric vehicle out of the parking lot after completing their daily activities, improving the convenience and efficiency of travel.