It makes light, which brightens up our homes and powers the computers we learn in school on. But did you ever think where do this energy come from? A portion of this is produced via burring fossil fuels (coal, oil etc). This, however is destructive to our planet which causes climate change. So, what's the alternative? So the solution would be to use renewable energy forms like wind and solar power!
Sustainability of our world can be maintained by using renewable energy sources which do not emit harmful gases that degrade the atmosphere. The problem with these sources is they are not always homogeneous though. For example, wind turbines must have forceful winds to move their blades and solar panels need direct sun light in order for the convert sunlight into electricity. This is exactly where the idea of energy storage comes into play.
We use energy storage technology to harness any surplus of the power created by renewable resources as wind and solar at their peaks, so we can make technological use in time when conditions are not favored. When this happens, such as on a windier day where the energy provided by that wind turbine exceeds what the local community can use. In addition, the community can take advantage of this excess energy on a day when there is no wind by storing it in its batterries.
This makes solar power also applicable. While the sun is out solar panels could very well be producing more power than what a given location at that time requires. However, when it is a cloudy day they might not be able to generate more energy than necessary. We can mitigate this by storing any excess energy in batteries to provide a constant and reliable supply of power when the sun is hiding.
New energy store technology reshape renewable energy landscape It allows us to utilize wind and solar energy in a better way so that renewables can become consistent power supply for our needs.
It also supports communities during extreme weather events and contributes to power system resilience by providing reliable, responsive resources that are known as contributing control reserve. They can also be used to power critical infrastructure during weather events such as hurricanes or snowstorms when there are widespread power outages.
Hospitals, for instance- need energy continuously to operate and look after their patients while running emergency life-saving equipment. Energy storage systems must be installed so that hospitals continue to operate even in the absence of power grid from renewable energy sources. Schools and emergency response centers are also provided with the support necessary to ensure that they can function in order for communities across our region to remain safe.
Storage energy on the power generation side could realize joint frequency modulation, improve new energy consumption, and provide a smooth output. On the power grid side storage of energy can aid the power grid its entirety to gain auxiliary services for frequency and peak energy storage renewable energy capacity expansion the transmission hub as well as achieving peak cutting and valley filling for the load of the regional power grid. For the energy storage for users can be adapted to household energy storage as well large-scale commerce and industry with optical storage, charging integration virtual power plants, and other areas of people's lives and help them reduce electric bills, offer emergency protection assist in helping the environment benefit everyone.
We have a total of 6 years' experience integrating energy storage systems, familiar with various applications energy storage as well as market requirements. We can provide customers with targeted solutions. The product we have certified received the European IEC Certification, the United States UL Certification, China GB Certificate, etc. We also have formed a close partnership with well-known companies both China and abroad, such as Nande SMA Fractal Delta and other energy storage renewable energy develop energy storage technology.
ZNTECH, which specialized in the area of lithium-ion energy storage and integration offers a single-stop solution including research development for products and system integration, as well as smart manufacturing well as international sales. The range products include batteries energy storage and portable power packs. residential energy systems, industrial and commercial energy storage systems, utilities energy energy storage renewable energy.
ZNTECH's global initiatives cover Asia, Europe, Africa, North America and South America including there four manufacturing facilities, located in Romania, Brazil, Taiwan, Jiangsu, China, with the largest grid side project in Brazil the second-largest energy storage facility in the Netherlands, and energy storage renewable energy a 232MWh energy storage project Taiwan, China.
