IEEE – Denver, CO – April 16th – 19th

Will you be attending IEEE PES T&D Conference & Exposition (http://www.ieeet-d.org/IEEE18/public/enter.aspx)?  We will, along with our manufacturers: Coil Innovations (booth 1262) Hughes Brothers (booth 402) Howard Industries (booth 1614) NovaTech / Bitronics (booth 2958) G&W Electric (booth 1210) Sediver (booth 2705) AMSC/American Superconductor (booth 3521) Southern States (booth 2572) Federal-Pacific (booth 965) BetaFence USA (booth 2379) Laminated Wood Systems (booth 2823) Sefcor (booth 1802) Nordic (booth 1266) Preformed Line Products (booth 962) INCAB (booth 4618) Trinity-Meyer (TMUS) (booth 3448) Utilco (booth 3224)...

Five Impacts of DOE Compliant Transformers

Five Impacts of DOE Compliant Transformers  On April 18, 2013, The U.S. Department of Energy published amended efficiency standards for all covered distribution transformers, effective 1/1/2016. Given the upcoming transition deadline, we’ve broken down the DOE’s decision into the FIVE most significant impacts on utility users and commercial/industrial customers. Here’s what you need to know.   1. The DOE will Enforce New Standards Effective January 1, 2016 Any transformer shipped after December 12, 2015, from any manufacturer, must conform to the new DOE efficiency standard. In order to accommodate the transition, all new transformer orders or existing blanket-based transformer orders must be re-designed and re-quoted. Transformers in customer inventory do not need to be modified or discarded. They can be used for normal business needs.     2.  Dimensions and Weight of Current Transformers will change  New standards will have an effect on overall weight and size of in many instances. Transformers dimensions will increase for overhead and three-phase padmount transformers, especially in the larger kVA sizes. Transformer weight will increase by 4-8% for overhead transformers, and 5-6% for three-phase padmount transformers (depending on specs and design).     3.  Core Materials will be more expensive Efficient transformers will require higher grades of core steel. This will create higher demand for M2, M3 and amorphous metals. Raw material suppliers may have difficulty producing enough material for the new demand, putting pressure on steel costs. The more efficient material, the more costly it is to produce. Thinner (more efficient) steel requires same “run time” as heavier material.   4. Installation practices may be impacted While the more efficient materials will most often...