Transformer Losses – Impact on our Health and the Environment

Jan 30, 2023

The EPA estimates that 60-80 billion kilowatt hours annually are attributed to transformer losses, at a cost of $3-4 Billion dollars, and tying up 9 days of U.S. generating capacity annually. 

Apart from the cost and the wasted power distribution infrastructure, there are the environmental and

health consequences - burning coal or other fossil fuels to produce this wasted power creates

additional greenhouse gas emissions – including smog – something we see and feel every day.

Reducing transformer losses clearly has many benefits.

 

As electronic equipment has become more integrated into our daily lives, transformers losses

have added a substantial hidden energy cost to operating our buildings. Powersmiths

transformers, have been demonstrated to deliver substantial energy savings and Power Quality improvements, whether the transformer is lightly or heavily loaded, and whether it feeds a dedicated computer equipment load or a mix of linear and nonlinear load. Powersmiths transformers provide improved operating reliability and a proven payback in energy savings.

Read Transformers and Associated Losses - The Opportunity for Savings By Philip J.A. Ling, P.Eng.

Powersmiths International Corp.

Read the report
A case study on the impact of nearly Zero-Energy Buildings on distribution transformer aging
07 Mar, 2023
This paper addresses the impacts introduced on Distribution Transformer (DT) aging due to the integration of nearly Zero-Energy Buildings (nZEBs) into existing Low-Voltage Distribution Grids. The study considers a neighborhood in the Portuguese municipality of Évora where buildings are set to become nZEBs using solar Photovoltaic systems. This transition is reproduced by simulation using real pre-transition electricity demand and climate data
POWERSMITS’ OPAL™ Transformer Family
07 Mar, 2023
Powersmiths’ OPAL (Optimized Performance for the Application Load) judiciously designs its transformer family with careful attention to all above-discussed characteristics and parameters and with the electrical power system requirements in mind, allowing the power system-engineer to apply them with confidence.
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