New energy generation, like wind and solar power, is always unstable, sometimes more and sometimes less. It can store the excess electricity and continue to supply power even on cloudy days or at night. This way, wind and solar power do not have to worry about weather changes and can better utilize these clean energy sources.

The peak and valley of the power grid need to be balanced. It is not limited by local conditions, unlike pumped storage, which picks terrain and charges during low periods and discharges during high periods, helping the power grid stabilize the load, making urban power supply more reliable, reducing fluctuations, and protecting the lights in everyone's homes from turning off.

Factories, shopping malls, office buildings, and other places have high electricity costs. They can be used repeatedly for more than 10000 times and can last for more than 25 years. They are suitable for situations where there is a large difference in electricity prices during peak and off peak periods, helping enterprises save a lot of electricity costs. Safety is not a concern, maintenance is simple, and the cost of using them for the whole life is low.

New energy generation, like wind and solar power, is always unstable, sometimes more and sometimes less. It can store the excess electricity and continue to supply power even on cloudy days or at night. This way, wind and solar power do not have to worry about weather changes and can better utilize these clean energy sources.

The peak and valley of the power grid need to be balanced. It is not limited by local conditions, unlike pumped storage, which picks terrain and charges during low periods and discharges during high periods, helping the power grid stabilize the load, making urban power supply more reliable, reducing fluctuations, and protecting the lights in everyone's homes from turning off.

Factories, shopping malls, office buildings, and other places have high electricity costs. They can be used repeatedly for more than 10000 times and can last for more than 25 years. They are suitable for situations where there is a large difference in electricity prices during peak and off peak periods, helping enterprises save a lot of electricity costs. Safety is not a concern, maintenance is simple, and the cost of using them for the whole life is low.

Important places such as data centers, hospitals, airports, and chemical parks require backup power sources. They use water as electrolyte, which will not burn or explode, and there is no risk of uncontrolled heating, ensuring safe power supply in these sensitive areas.

There is no power grid in remote areas of island mountainous areas. It can be used as a small independent power grid to replace diesel engines, with no pollution and long endurance, solving the problem of electricity shortage in these areas and making clean energy available everywhere.

Electric trucks, buses, boats, and other large vehicles require power and support high current fast charging. The liquid can also be changed, providing fast energy replenishment and a long lifespan. This fundamentally avoids the risk of fire and promotes the use of green electricity in transportation.

The entire product is environmentally friendly, with 100% liquid recycling, no harmful substances, and can be repaired even after prolonged use. It does not waste resources and truly contributes to sustainable development.

Now let's talk about how vanadium batteries and lithium batteries compare. They are not substitutes for each other, but complement each other and are suitable for different purposes.

Vanadium batteries are specialized in large energy storage, with a focus on safety. They can be used for a long time and have a large capacity. Lithium batteries are more suitable for moving things and are lightweight, energy intensive, and compact.

In terms of safety, vanadium batteries use liquids that are less prone to burning and explosion, and there is almost no trouble of overheating and losing control. Lithium batteries are prone to catching fire at high temperatures or when charged too much, which poses a hidden danger.

How many times can it be used? Vanadium batteries can last for more than ten to several decades after more than ten thousand uses, while lithium batteries can last for two to three thousand uses, usually three to eight years.

How much electricity can be stored? Vanadium batteries have low density and are a bit heavy in size, while lithium batteries have high density and are light, small, and convenient.

Charging and discharging, vanadium batteries are suitable for high-power, long-term deep charging, while lithium batteries are suitable for frequent and short-term mobile applications.

Where to use vanadium batteries? Vanadium batteries are suitable for storing electricity in dry grids, wind and solar power systems, backup stations, and large factories. Lithium batteries are suitable for electric vehicles, mobile phones, computers, drones, and small power tools.

Cost friendly, vanadium batteries are expensive at the beginning and cheap to maintain later. Vanadium can be recycled, and the cost of lithium batteries can be reduced. The recycling system is good, but the dependence on raw materials is high.

Vanadium batteries are suitable for large-scale energy storage, while lithium batteries are better for mobile devices such as electric vehicles. Each has its own strengths, and together we will promote the advancement of China's energy industry.