Expert Consulting for All Things High Voltage

Buzz HV guided a leading medium voltage cable accessory manufacturer in developing a state-of-the-art high voltage test area for routine and type testing. We provided expert consultation on equipment specifications, layout, grounding, and compliance with ISO 17025 standards. Our services included designing safe operating procedures, ensuring accurate power frequency withstand voltage and partial discharge measurements, and overseeing calibration and commissioning. The result was a fully operational, compliant test facility that enhanced product reliability and streamlined the client's testing processes, ensuring high-quality outcomes.

Buzz HV supported a power industry startup in developing innovative medium voltage products through comprehensive high voltage testing solutions. We advised on in-house and contracted test setups, including equipment specifications, layout, and safety protocols. Our team delivered training and procedures for tests such as lightning impulse, partial discharge, insulation resistance, short circuit, and heat rise. This ongoing partnership enabled the client to validate product performance, accelerate development timelines, and meet stringent industry standards with confidence.

Buzz HV conducted expert failure analysis of main grid power transformers at substation sites and performed pre-tanking inspections at manufacturing facilities. Our on-site assessments identified critical issues affecting transformer reliability, while factory inspections ensured compliance with design specifications. We provided actionable insights that enhanced operational efficiency and prevented costly downtime for the client, reinforcing their reputation for reliable inspection services in the power sector.

Buzz HV delivered comprehensive support to a high voltage test laboratory, enhancing its testing capabilities and operational efficiency. We operated the client's high voltage laboratory, including power frequency withstand, lightning impulse, heat rise, partial discharge, and insulation resistance tests. Our team also repaired and upgraded equipment, trained personnel, developed new test procedures, and reviewed reports for accuracy. These efforts improved the lab's reliability, compliance, and service quality, enabling it to meet growing client demands effectively.

Buzz HV performed a thorough safety audit of a high voltage sensor manufacturer's test areas used for routine and type testing. Our process included reviewing procedures, interviewing staff, and assessing test environments. We delivered a detailed report with actionable recommendations and conducted an in-person training session to enhance safety practices. This audit strengthened the client's safety protocols, minimized risks, and ensured compliance with industry standards, fostering a safer and more efficient testing operation.

Buzz HV conducted finite element modeling to evaluate the corona performance of 765-kV transmission line hardware. Using SolidWorks 3D models imported into COMSOL Multiphysics, we generated electromagnetic field plots to identify potential corona inception points. Our detailed report compared maximum electric field levels to industry thresholds, enabling the client to optimize hardware design for reliability and performance. This analysis supported the development of high-quality transmission components, reducing the risk of costly field failures.