The battery monitoring system is the basic promotion factor in different markets. The battery plays an important role in various applications, including achieving greater achievements in the field of electric vehicles and storing renewable energy for smart grids. The same and similar battery technology is used for medical devices, which can improve the safety of surgery and freely move equipment in the hospital. All these applications use battery supply that requires accurate and efficient semiconductor to monitor, balance, protect and communicate. This article will introduce a first -class battery monitoring system (including battery balance and isolation communication network) how to use the advantages of new lithium battery chemistry. The use of innovative integrated circuits can improve reliability and prolong 30%of battery life, especially large -scale energy storage systems.

The batteries used for medical applications need to meet very high reliability, efficiency, and safety standards in all applications that are usually used in these batteries. These applications include: portable systems such as chest pressing systems, hospital emergency room equipment, power supply medical vehicles and Bed, portable ultrasound equipment, remote monitoring, and new product energy storage system (ESS) on the market.

The energy storage system is neither directly connected to the patient nor the doctor's operation. They are upgrades of uninterrupted power supply (UPS). UPS has always been used as a spare power supply for the most critical applications, such as emergency room equipment and IT network key infrastructure. The hospital's energy storage system covers more and more functions, which is powered by new lithium batteries. They are fully integrated with the hospital's power grid, thereby bringing the following advantages:

It is used for the entire facility instead of the complete backup power supply of a small number of key facilities, as well as power outage protection to prevent the power/voltage quality of the power grid from poor quality and reduce the use of emergency diesel generators. With the help of the Gigabi -Wat hours (MWH) ESS, the hospital can even perform surgery in the case of long -term power outage, and can participate in the stability of the power grid.

Economic benefits of electricity expenses. With the help of ESS, hospitals can directly control the configuration of power use and reduce the demand for high power peaks, thereby reducing water and electricity costs.

The roof of the hospital is usually very large, suitable for installing photovoltaic (PV) systems to generate electricity. PV systems are combined with ESS that can be stored and used by themselves, while providing economic benefits and reducing carbon emissions.