An automatic Transfer Switch can significantly reduce the vulnerability of an electricity grid. An Automatic Transfer Switch (ATS) is an essential infrastructure for a more resilient energy grid. ATSs protect our power grids by automatically transferring electricity from high-demand to low-demand areas, preventing outages and restoring service quickly in an emergency.
There are many types of ATSs, but the most common is the battery-backup type. When there is an increase in electricity demand, such as during a heatwave or during peak hours when businesses are working most intensely, the ATS will activate and begin transferring electricity from low-demand areas to high-demand areas. Doing so helps prevent outages and restores service quickly in an emergency.
How do Automatic Transfer Switches help the energy grid?
ATS systems help avert blackouts by transferring power from one generation source to another when there is an outage at a generating plant. This prevents the need to turn off individual consumers’ lights and appliances. When electricity demand is high during peak hours, ATS can also help distribute power more evenly across the grid while maintaining reliability.
When properly sized and configured, an ATS can help to:
Lower electric bills: When properly sized and configured, an ATS can help minimise electric usage by transferring excess power from generators or over-usage sources like batteries, solar installations, or EV charging stations. ATSs also can wirelessly communicate with load controllers, which can activate devices such as HVAC systems when needed.
When properly sized and configured, an ATS can help minimise electric usage by transferring excess power from generators or over-usage sources like batteries, solar installations, or EV charging stations. ATSs also can wirelessly communicate with load controllers, which can activate devices such as HVAC systems when needed. Minimise system fluctuations: Properly sized and configured ATSs can help stabilise the grid by smoothing out spikes in electricity production or consumption. This helps avoid power outages and provides more resilient energy.
Similar Automation Systems
There is an increasing demand for sustainable energy generation and usage. Many people are looking for ways to minimise their environmental impact while reducing their electric bills. One way to do this is to install an automatic transfer switch (ATS). An ATS is a device that helps maintain the grid’s balance by automatically transferring power from one source to another. When the grid needs more power, an ATS will automatically turn on generators to meet demand. Conversely, when the grid needs less power, an ATS will automatically turn off generators and reduce energy consumption.
ATSs have several benefits when it comes to energy sustainability. For one, they help keep the grid balanced and stable. This decreases the amount of time spent on manual intervention tasks. In addition, ATSs can improve overall energy efficiency by reducing demand during peak consumption times.
Conclusion
As the world becomes increasingly digital and reliant on electrical grids, increased fuel costs and ever-changing variable wind and solar power, automatic transfer switches have become a more reliable solution for a resilient energy grid. Automatic transfer switches are an important part of a resilient energy grid and can help ensure that critical services are maintained during interruptions or spikes in demand. They’re also relatively affordable and easy to implement, making them a great option for businesses and homeowners who want to take precautions against future blackouts or surges in energy costs.
