There are two primary types of load banks to select from when it comes to testing and maintaining your electrical power systems: mobile and traditional. Before choosing, it's critical to consider each type.
Let’s understand the key differences between a mobile loadbank and a traditional load bank –
Mobile Loadbank
What mobile load banks really are is just a load bank that can be carried about conveniently. Because of this, they are perfect for testing and maintaining power systems across several sites, as well as for testing systems that are difficult to reach for conventional load banks.
Compared to regular load banks, mobile load banks are often lighter and smaller, which makes them more portable. They're a fantastic choice for companies on a tight budget because they also tend to be more reasonably priced.
Mobile load banks do have certain restrictions, though. Since their power ratings are usually lower than those of conventional load banks, they might not be appropriate for testing high-power systems. Furthermore, mobile load banks can not be as resilient as conventional load banks, making them unsuitable for usage under challenging conditions.
Conventional Loadbanks
Conventional load banks are installed permanently and are considered stationary load banks. Compared to mobile load banks, they are usually heavier, bigger, and have greater power ratings. They are, therefore, perfect for big power system testing and maintenance, as well as for testing systems that must be evaluated under demanding load scenarios.
Conventional load banks can withstand tough settings without breaking down because they are more resilient than mobile load banks. On the other hand, conventional load banks might be more expensive and more challenging to transfer than mobile load banks.
It will be up to you to determine which kind of load bank best suits your needs. A mobile load bank is a suitable choice if you want a readily portable load bank. A classic load bank is a suitable choice if you need one to test big power systems or systems that must be tested under high-load circumstances.
