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Welcome to Western EPG

Western EPG Products, Inc. is a Manufacturer Representative for products related to the Electric Power Generation (EPG) markets for both standby and prime power applications. Our Sales Engineers have an average of 30 years of experience in this field. We offer a complete line of mechanical and electrical products. Below are just some of the manufacturers that Western EPG Products, Inc. represents.

For inquiries on products or additional manufacturers please contact us.

ACTIVE DPF SYSTEM

Western EPG, in conjunction with Johnson-Matthey and Simplex, have developed a short YouTube video describing how an Active DPF systems works, along with the benefits of the system.

Other benefits of the Johnson-Matthey/Simplex Active DPF:

Lower cost than other active DPF solutions
Switch selectable to a standard load bank for genset monthly load bank testing and maintenance
Prevents Wet Stacking and improves genset reliability
Multiple genset installation compatible
Standby and prime power designs available
No moving parts to fail or cause excess sound/noise during movement
Simple way to meet OSHPD requirements
Switch selectable to a standard load bank for genset monthly load bank testing and maintenance
Multiple genset designs are available
Easily adaptable to new or existing gensets
Johnson-Matthey and Simplex, highly durable and proven manufactures

Data Center Liquid Load Banks

Western EPG is the authorized dealer for Simplex Liquid Load Banks (LLB) family used in data centers for startup and commissioning, specifically by regulating and monitoring the cooling loop temperature.

Liquid load banks monitoring steps

Sequential power-up: Gradually increasing the coolant loop temperature through infinite steps while energizing the systems, allowing time for conditions to stabilize.
Stress testing: Run benchmarking tools to stress test CPUs, GPUs, memory and key applications while monitoring coolant loop temperatures, performance and efficiency under high load.
Simulate failures: To ensure redundant systems engage properly under unexpected scenarios.
Assist in fine-tuning and optimization: By adjusting the temperatures in the cooling/heating loops, system optimization can be attained based on observed temperature patterns.