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New Transformer Technologies
New Transformer Technologies exist today primarily to increase efficiency and longevity of service. The pressure to do so is directly stemming from the need to save energy use and energy costs, which have skyrocketed in the last decade. For this reason, New Transformer Technologies have also expanded in the same time period. Always dedicated to meeting customer demands and needs while offering the highest-quality products, TEMCo has remained on the forefront of these New Transformer Technologies. What can New Transformer technologies do that will be so different from what has been accomplished in the past? If transformers essentially do what they have always done then the dramatic changes pretty much have to be in the area of further refinement of materials, techniques manipulating the materials, application of other new technologies (as in electronics and solid-state circuitry) to achieve New Transformer Technologies, and advancements in controlling the energy flows that have been previously accepted as normal loss issues. It was to be expected that the Energy Star parameters and TP1 requirements described on this site would result in these sorts of refinements in New Transformer Technologies. As was also to be expected, TEMCo rose to the challenge and addressed several of the major areas of loss within transformer circuits. State-of-the art techniques often employed include such things as:
New Transformer Technologies are especially applicable to certain transformer configurations, like the T-T connected transformer which is particularly susceptible to undesirable voltages arising out of the interaction of the two connected single-phase transformers. (T-T transformers are two single-phase transformers connected so as to arrive at the same phasor relationship as a standard 3-phase transformer.) Even small reductions in loss through impedance and other resistance factors can be enormous when you consider that many medium and large-volume transformers in distribution and transmission lines are constantly operating, whether delivering actual useful voltages at the time or not. Such losses will be cumulative and magnified by the volume of voltages being handled.
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