Benefits of Voltage Optimisation

Unveiling the real benefits of voltage optimisation

Voltage Optimisation is a topic that has gained notoriety in recent years due to the energy crisis and increasing concern about climate change. However, despite its rising popularity, there are misconceptions about the technology and how it operates. In this article, we will help to dispel these misconceptions and highlight the many benefits of voltage optimisation.

Dispelling voltage optimisation misconceptions

A common misconception about voltage optimisation is that it is too expensive, and the initial investment is not worth it. While it is true that implementing technology may require some upfront costs, it offers long-term benefits that can help companies save money on their energy bills. At Emissis, our Voltage Optimisation solution has a proven track record of being cost-effective, with a return on investment within a few years.

Another misconception is that Voltage Optimisation impacts the quality of electricity. However, at Emissis, our technology is specifically designed to maintain voltage levels within an acceptable range, without compromising the quality of electricity. Our technology undergoes rigorous testing to ensure it meets industry standards and regulations.

In addition, some people believe voltage optimisation is only suitable for larger companies. However, this is not true. Voltage Optimisation benefits companies of all sizes, including small and medium-sized businesses. It helps reduce energy costs and increases energy efficiency, making it an effective tool for any company looking to save money on their electricity bills.

Lastly, an often misunderstood aspect of Voltage Optimisation is that it is complex and requires significant maintenance. However, at Emissis, our VO solutions are designed to be user-friendly and require minimal maintenance. Our team provides ongoing support to ensure the technology remains adequate and efficient.

How does voltage optimisation work?

Voltage Optimisation operates as a precise and dynamic method deeply rooted in the principles of Ohm’s Law. At its core, VO is designed to strategically manage the voltage supplied to electrical equipment, ensuring it aligns precisely with the specific requirements of each device. This process is finely tuned to optimise energy usage while maintaining the efficiency of the connected equipment.

In the UK, where the average voltage supplied is around 242 volts, VO steps in to make necessary adjustments. It fine-tunes the voltage levels to adhere to European standards, ensuring stable and efficient energy consumption without unnecessary excess. By doing so, VO minimises energy wastage, resulting in a more sustainable and cost-effective energy infrastructure.