Eco Bottom Line can install one or more energy controllers at your facility.  Our energy controllers reclaim, store and supply power to inductive motors and loads. Considering all induction loads consume two kinds of power: Reactive power and working power of kilowatt. The working power performs the work of the motor. The only function of reactive power is to develop the electromagnetic fields (EMFs) to ground the induction windings of the motor. Our energy controllers store the reactive power needed to create EMFs within the inductive loads. As the motor operates, this reactive power is pulled and pushed to and from the energy controller by the motor. Reactive motor is now reclaimed and recycled by the energy controller resulting in such power being supplied on the spot. Since reactive power is supplied locally, motors run cooler and more efficiently. This results in dollar savings on your energy bill in terms of energy and electric demand being saved, and longer equipment life. Commonly, on inductive loads, electricity does not travel efficiently because there are several inherent losses within the electric grid.

The National Electric Code (NEC) requires that every wire, every circuit breaker, distribution panel and transformer must be at least 125% oversized. This results in most motors being lightly loaded; therefore increasing the amount of electrical losses at the loads and throughout the electrical system. By using our energy controllers, energy losses are reduced on the load side of the utility transformer through the optimization of the PF of individual inductive loads. The measured overall effect on individual applications varies. Because we test the PF before and after, we are able to determine the requirement or non-requirement for an energy controller system with potential customers having full knowledge of the efficiency of their electric system.