Under the goal of carbon peak and carbon neutrality, the energy storage market has entered the fast lane of development, the development potential of the energy storage temperature control market is huge, the market penetration rate of liquid cooling technology will gradually increase, and the market value of energy storage liquid cooling is expected to increase by 25 times to 74 in 4 years100 million yuan, energy storage temperature control system technology will lead the industry to bring new changes, open up a new development pattern for the new energy market, and bring a new blue ocean of growth
Why will Paiwo energy storage liquid cooling become the mainstream of the market?
The role of temperature control equipment in energy storage systems. The energy storage battery system has a large battery capacity and power, high power density has high requirements for heat dissipation, and at the same time, the energy storage system is prone to battery heating and other problems, and temperature control is extremely important for the life and safety of the battery system. In the context of this advantage, energy storage liquid cooling is expected to become a heat flow in the market.
At present, the technical route of energy storage temperature control system is mainly air-cooled and liquid-cooled. Among them, air-cooled heat dissipation brings the heat generated by the battery cell to the outside through the fan, which has the advantages of simple structure and low cost, but has a low heat transfer coefficient, slow cooling rate, and requires a large area of heat dissipation channelsLiquid cooling heat dissipation is through coolant convection heat exchange, reducing the temperature of the battery, high thermal conductivity, and more uniform heat dissipation. Based on the first-mover advantage in the layout of communication base stations, the current proportion of air cooling heat dissipation is relatively high, and with the increase of battery energy density and single capacity, greater heat generation will be generated, which puts forward higher requirements for the temperature management of energy storage systems.
However, in the future, with the increasing demand for larger battery capacity and higher system power density such as new energy power stations and off-grid energy storage, the proportion of liquid cooling solutions will also increase rapidly, and its advantages are mainly close to the heat source, uniform temperature, low energy consumption, and more suitable for outdoor environments than air cooling. In daily life, we are more familiar with power banks, electric vehicles, etc., will use energy storage liquid cooling temperature control technology.
Paivo is a leader in the energy storage liquid-cooled temperature control industry.
As one of the earliest manufacturers involved in the temperature control of energy storage liquid cooling systems in China, it also has many high-end energy storage liquid cooling temperature control products in China, providing customers with more efficient and energy-saving energy storage liquid cooling and temperature control management solutions, and bringing more reliable, safe and efficient energy storage options.
As a science and technology enterprise with strong strength, Paiwo has gathered many senior experts in the energy storage thermal management industry, mastered the core technology of energy storage liquid cooling and thermal management, and has been awarded the national high-tech enterprise for 10 consecutive years, and has many irreplaceable advantages in the energy storage liquid cooling temperature control industry.
What are the advantages of Paivo Energy Storage Liquid Cooling?
1.For various application scenarios, Paiwo can develop and build liquid cooling systems that require temperature control such as charging pile energy storage, new energy vehicle swap stations, data centers, power batteries and power grid side
2.Paiwo energy storage liquid-cooled temperature control system has high energy density, efficient thermal management, and is comprehensively upgraded from safety, energy efficiency, operation and maintenance, etc., forming a "protective wall" for the battery
3.The energy storage liquid-cooled temperature control system realizes uniform distribution of internal flow, effectively prolongs battery life, low power consumption, and has standardized technical design.
In the future, Paiwo will accelerate the exploration of energy storage system integration technology innovation and upgrading, continuously introduce new products and new solutions with market value, continue to promote the green and healthy development of the energy storage industry with scientific and technological innovation, help the country achieve the "double carbon" goal, lead the industry to achieve new technological breakthroughs, redefine the new energy market, and build a healthy, low-carbon and environmentally friendly new energy ecological chain