IPEC delivers end-to-end partial discharge (PD) condition monitoring for power assets worldwide. From spot testers and sensors to permanently installed on-line monitoring systems, our team helps you detect insulation defects early and improve the reliability of switchgear, cables, transformers, and rotating machines.
intellirent
We rent and support electrical testing equipment. We have more resources, more capability, and more inventory to serve the electrical testing and power industries. Our passion to the industry is unwavering. We pride ourselves on customer service and technical expertise on the equipment we rent.
HV TECHNOLOGIES, Inc.
HV TECHNOLOGIES, Inc. is the exclusive distributor and service center for Haefely high voltage test systems and Tettex instrumentation in USA. We provide advanced testing and diagnostic solutions for power, distribution, and instrument transformers, cables, switchgear, and rotating machines, unmatched in quality, reputation, and technology.
Huazheng Electric Manufacturing (Baoding) Co., Ltd
Huazheng: Power Test Equipment Since 2008.
Heimdall Power Inc
Founded in 2016, Heimdall Power is a Norwegian technology company driving the digitalization of the world’s power grids. By combining patented sensors, advanced analytics, and AI-driven software, Heimdall Power enables utilities to unlock capacity, enhance reliability, and accelerate the clean energy transition. Recognized as the world’s leading grid intelligence solution, Heimdall Power is trusted by more than 50 utilities across 20 countries to help manage capacity, prevent outages, protect infrastructure, and streamline regulatory compliance. At the heart of Heimdall’s platform is the Neuron™—a power line–mounted sensor featuring award-winning industrial design, state-of-the-art communication technology, and proprietary drone-based installation capabilities. Together with its plug-and-play software platform, the Neuron empowers utilities with real-time situational awareness across applications such as dynamic line rating (DLR), ambient line rating (AAR), and asset health monitoring. Heimdall Power’s mission is simple: To help utilities optimize the grid and power better lives. | Heimdall Power’s grid intelligence solution is trusted by 50+ utilities in 20 countries. Our platform combines plug-and-play software with the Neuron™ sensor—featuring advanced communications, award-winning hardware, and drone installation—to optimize grid capacity, prevent outages, monitor asset health, and help utilities run safer, more efficient power
GP Electrical Technology Co., Ltd
GP Electric: global supplier of power transformer.
Franklin Electric Grid Solutions
Franklin Electric provides products, services, and system solutions for the monitoring of critical devices that protect human health and the environment while delivering the lowest total cost of ownership. We design and manufacture intelligent monitoring tools enabling utilities to enhance performance and minimize the risks and costs associated with downtime.
EMSYS Design
EMSYS provides practical, field-ready battery test equipment and monitoring solutions for critical power users. We engineer, design, and manufacture all of our equipment in the USA, and provide reliable tools for maintenance testing, discharge monitoring, and real-time battery health tracking—available in both wired and wireless configurations. Our systems capture per-cell voltage and temperature, internal and interconnect resistance, and electrolyte level to give a complete picture of battery condition. Utilities, telecom providers, data centers, and industrial teams rely on EMSYS to verify performance, spot weak cells early, and extend battery life with confidence. From product selection and commissioning to long-term support, we make battery maintenance simpler, faster, and more dependable. | Emsys provides battery testing, monitoring, and diagnostic solutions for utilities, telecom, data centers, and industrial power systems. Our portable testers, discharge monitors, and CellSPY battery monitoring systems help teams verify battery capacity, detect weak cells early, and improve the reliability of critical backup power infrastructure.