An ESS battery rack is used in many diverse applications for different industries. Typically, energy storage systems are customized depending on the application or the intended purpose. They can be used for modern telecommunication facilities and commercial buildings to provide and equalize power in case of emergencies.
An ESS battery rack is not only highly reliable but also very safe to use without the risk that you would typically get from an electrical system. Most of them are built and designed with plenty of unique safety features that prevent any type of unforeseen accident. Below are the following types of safety components you would typically find in an ESS battery rack:
- Fuses
Fuses can be typically found in electrical circuits to prevent any type of damage in the event of too much current. They are designed to blow out and stop or interrupt the current from flowing further into the circuit.
- Switch Disconnector
When maintenance needs to be done on an ESS battery rack, a switch disconnector is utilized to break the circuit and ensure the safety of workers. In industrial applications, workers may use the switch disconnector manually or using a motor.
- Contactors
Considered a unique type of relay, contactors are also used to switch a circuit on and off. However, contactors are often used in motorized or lighting applications. There are various types of contacts within a contactor such as contact springs, auxiliary contacts, and power contacts.
- Building Management Systems
A BMS can be built specifically for the type of ESS battery rack design. They are computer-based or automated systems that are installed to monitor or regulate the electrical and mechanical functions of the entire circuit. They can facilitate processes such as lighting and ventilation.
ESS Battery Rack Applications
An ESS battery rack may not seem like the typical electrical unit you would find in normal settings. However, they can be considered an electrical foundation for many different industries. They are capable of replacing conventional battery systems that are less economical and high maintenance. Below are some of the most common applications for the modern ESS battery rack:
- Offices
Big corporations operate with hundreds of employees that require the use of modern technological devices like computers. Some companies even have their own server rooms so they can keep valuable information available when needed. In these scenarios, an efficient ESS battery rack is necessary in order to maintain the electrical supply when they drop to an alarming level.
- Factories
Some of the biggest manufacturers in different industries need to sustain production processes without any compromises. This is why an ESS battery rack may be used in a large manufacturing facility to maintain all processes without any failures in distribution.
- Hospitals
Understandably, hospitals need a consistent supply of electricity in order to maintain the welfare of each patient. Some medical facilities cannot afford to lose even just a minute without power which is why an ESS battery rack is highly necessary to maintain all systems at bay.
