Enhancing Reliability: ITS Load Shedding Systems

In the complex world of electrical power distribution, ensuring a seamless supply of electricity is paramount. However, there are instances when demand exceeds supply, posing a critical threat to the stability of the entire grid.

To combat this, load shedding becomes necessary, and this is where Industrial Technology Systems Ltd (ITS) steps in with its cutting-edge Load Shedding Systems.

Understanding Load Shedding

Load shedding is a strategic method employed to prevent grid failure when the demand for electricity surpasses its availability.

In these situations, specific users are temporarily disconnected from the power supply to avert a widespread blackout.

This precise action is a testament to the importance of load-shedding systems in modern power management.

ITS Load Shedding Systems in Focus

ITS takes the lead in providing robust and reliable load-shedding systems.

Our systems are meticulously designed to seamlessly manage load distribution during critical scenarios, such as the loss of connection to the grid.

The primary objective is to facilitate the smooth transition of power supply to standby generators, ensuring uninterrupted power to essential loads on-site.

Success Stories

National Grid’s Churchover site currently receives gas from the North only. This gas is compressed and piped off the station for delivery...

Seamless Transition, Optimal Performance

Our load-shedding systems operate with unparalleled efficiency. They are equipped with advanced sensors that swiftly detect the loss of grid supply.

Upon detection, standby generators are promptly activated. Simultaneously, a carefully orchestrated load-shedding sequence kicks into gear.

This sequence is meticulously designed to disconnect lower-priority loads, thereby guaranteeing that the standby generation capacity always surpasses the load demand on-site.

Restoration and Normalisation

Our load-shedding systems are not just about safeguarding against power shortages; they are also designed to ensure a seamless return to normalcy.

As soon as the main grid or generator is restored, our systems promptly reverse the load-shedding process.

Connections are re-established, allowing operations to return to their regular state without a hitch.

Remote Support and Reliability

At ITS, we understand that the success of load-shedding systems hinges on their reliability and performance during emergencies.

To that end, we offer comprehensive remote support, ensuring that our clients can rely on our systems when they are needed most.

Moreover, our systems undergo rigorous proof testing to validate their functionality under emergency conditions, providing an extra layer of confidence in their performance.

Adaptability and User Control

Flexibility is a key feature of ITS Load Shedding Systems. We deploy standard load-shedding control system hardware that seamlessly integrates with central Supervisory Control and Data Acquisition (SCADA) systems or operates as standalone SCADA units.

This integration empowers authorised users to update and modify load-shedding profiles, ensuring that the system remains agile and adaptable to changing needs.

How ITS can help?

ITS’s Load Shedding Systems are the backbone of reliable power distribution during challenging circumstances.

With a keen focus on seamless transitions, remote support, and adaptability, our systems stand as a testament to our commitment to safeguarding against electrical grid failures.

When it comes to power reliability, ITS is your trusted partner, ensuring that the lights stay on when they are needed most.