Efficiency Meets Durability: Hammond 3PH Transformers for Sustainable Power

Hammond Power Solutions (HPS) Continues to Lead the Way
When it comes to energy efficiency and long-term reliability, Hammond Power Solutions (HPS) continues to lead the way. Their 3-phase (3PH) transformers offer dependable performance while helping facilities reduce energy costs and improve system sustainability.
Engineered for Efficiency: One of the biggest benefits of HPS 3PH transformers is their optimized design for reduced losses. Upgrading to a high-efficiency transformer can cut energy losses by more than 75%, which translates into lower power bills and improved performance for sensitive electronic equipment. With less heat rejection into your space, you also reduce the load on your HVAC system.
Built for the Long Haul
Durability matters — especially when you're managing power infrastructure. Hammond transformers are known for their rugged build quality, making them ideal for tough environments and long-term use. They reduce the risk of end-of-life failure and don’t require control system upgrades or changes in building operations.
Supporting Sustainable Power Distribution
Choosing Hammond means investing in equipment that supports your sustainability goals. Fewer losses mean fewer emissions, and reduced HVAC use contributes to a smaller carbon footprint. It's a smart move for any facility looking to align with energy-efficiency standards and environmental stewardship.
Considering a Retrofit?
A transformer retrofit is one of the most effective upgrades you can make. It lets you replace aging units with models designed to handle modern non-linear loads. With decades of energy savings built in, you're not just improving your power system — you're preparing it for the future.
Questions?
These products are engineered to meet the diverse needs of industries such as commercial infrastructure, data centers, energy storage, electric vehicle charging, healthcare facilities, marine duty applications, microgrids, mining, petro-chemical, power grid infrastructure, power quality, and renewable energy