Top Job Logo

high-voltage lab

Low Voltage Laboratories
Low Voltage Standards: IEC 61992-4
IEC 61992-4 outlines requirements for measurement, control, and protection devices used in DC traction systems. This standard ensures these devices operate effectively to maintain system safety and performance. It is crucial for ensuring the reliable operation and safety of railway electrical systems by providing guidelines for the design, testing, and implementation of these devices. Key […]
Go to
Low Voltage Laboratories
IEC 61992-2
IEC 61992-2 specifies requirements for insulation coordination in railway applications. This standard ensures that electrical equipment can withstand voltage stresses, preventing insulation failures that could lead to system breakdowns or hazards. It provides comprehensive guidelines to maintain the integrity of electrical systems in demanding environments​​. Key Points of IEC 61992-2 Implementation Details The IEC 61992-2 […]
Go to
Low Voltage Laboratories
IEC 61992-6
IEC 61992-6 specifies requirements for DC switchgear assemblies in railway applications. This standard ensures that switchgear assemblies can safely manage and distribute electrical power in DC systems. It provides guidelines for the design, construction, and testing of these assemblies to ensure they can withstand the electrical and mechanical stresses typically encountered in railway environments​​​​. Key […]
Go to
Low Voltage Laboratories
IEC 61992-3
IEC 61992-3 addresses the requirements for circuit breakers used in railway applications. This standard ensures that circuit breakers can safely interrupt fault currents and provide reliable protection for electrical systems. It is crucial for maintaining the integrity and safety of railway electrical systems by specifying how circuit breakers should handle electrical faults and excessive currents​​​​. […]
Go to
<mark class='ep-highlight'>High</mark> <mark class='ep-highlight'>Voltage</mark> Testing
Testing Labs
High Voltage Testing
Component manufacturers are continually striving to produce equipments that are capable of operating at higher voltage stresses with more challenging insulation coordination requirements.  Research and development into these cutting-edge components is increasingly important due to the growing need to move energy over longer distances.  The High – Voltage Laboratory at KEMA Labs is an independent […]
Go to
Arnhem
Labs
Arnhem
KEMA Labs Arnhem stands at the forefront of power industry testing, delivering specialized services unparalleled in scope and precision. Our state-of-the-art High Power Lab is equipped with six 2100 MVA short-circuit generators, enabling extensive AC and DC testing capabilities. Complementing this, our High Voltage Lab excels in Dielectric testing, ensuring a comprehensive examination of electrical […]
Go to
HIGH–VOLTAGE TESTING LABORATORY IN THE US
HIGH – voltage TESTING LABORATORY IN THE US The imperative for efficient energy transmission across vast distances has escalated, propelling manufacturers into intensified research, development, and production endeavors to create components capable of withstanding and transmitting higher voltages with optimal efficiency. Amidst this landscape, KEMA Labs High – Voltage laboratories stands tall as a globally […]
Go to
Chalfont
Labs
Chalfont
Our Lab offers many testing services including, but not limited to, high -power short-circuit testing both AC and DC, high – voltage testing, synthetic testing, thermal testing, impulse testing, and more. The High Power Lab can generate short circuit values up to 245kV/63kA. The High Voltage Lab complements the High Power Lab with dielectric testing […]
Go to
Shanghai
Labs
Shanghai
The CESI Group subsidiary in China “KEMA (Shanghai) Technology Consulting Company Limited” is focusing on sales & marketing for Great China region in order to promote our testing business for Chinese manufactures and also to support them for  testing  their component  at worldwide  KEMA labs ( High Power Lab , High voltage Lab and  SS&T). At the […]
Go to
<mark class='ep-highlight'>High</mark> and Medium <mark class='ep-highlight'>Voltage</mark> Switchgear Assemblies and Switching Devices
Products Expertise
High and Medium Voltage Switchgear Assemblies and Switching Devices
Switchgears and control gears are important nodal points in modern power systems and it is vital that they work reliably . Our independent testing, to the highest internationally recognized standards, allows you to prove to grid operators that your circuit breakers deliver robust short-circuit performance for today’s networks. Kema Labs offers short-circuit testing and certification […]
Go to
<mark class='ep-highlight'>High</mark> <mark class='ep-highlight'>Voltage</mark> Testing Laboratories
Testing Labs
High Voltage Testing Laboratories
It has become increasingly important to be able to transport energy over longer distances, pushing manufacturers to research, develop and produce components that can operate at higher voltages . KEMA Labs High – Voltage laboratories is a renowned independent facility for testing and certifying medium and high voltage components used in electrical infrastructure . Our […]
Go to
<mark class='ep-highlight'>High</mark>-Power Testing Services
High Power Testing Laboratories
High-Power Testing Services
High -Power Testing Services Kema Labs Laboratories provide high -power testing services which include short circuit, switching testing, and short-time current testing based on international and regional standards, to utilities and equipment manufacturers all over the world. Several high -power labs are available in different locations, with short circuit power starting from 2,000MVA up to […]
Go to
High-Power Testing Laboratories in the US
HIGH -POWER TEST LABORATORY IN THE US – THE LARGEST FACILITY IN AMERICA Located in Chalfont, Pennsylvania (USA), KEMA LABs stands as a beacon of excellence for electrical testing services. KEMA LABs specializes in a broad array of tests, notably including both AC and DC high -power short-circuit examinations, as well as extensive high – […]
Go to
<mark class='ep-highlight'>High</mark> Current Test Laboratories
Testing Labs
High Current Test Laboratories
Kema Labs variable frequency ultra- high current test laboratories can test any equipment that requires either a high current test or a special test frequency (or a combination of both). Tests can be done in triple phase or single phase. Our variable frequency and ultra- high AC current test laboratories can test at any desired […]
Go to
About us
KEMA Labs
KEMA Labs is world renowned Testing, Inspections & Certification organization. Located at several sites across the globe, we combine traditional with state-of-the-art gear to ensure every kind of grid equipment, from medium- to ultra high – voltage , can be tested, satisfying today’s increasingly demanding criteria for performance and safety . Brief history 1927      KEMA […]
Go to
<strong>KEMA <mark class='ep-highlight'>Labs</mark> Berlin</strong>
Labs
KEMA Labs Berlin
Nestled in the northeastern expanse of Berlin, along the vibrant Landsberger Allee and close to the industrial heartland of Lichtenberg, KEMA Labs Berlin emerges as a testament of innovation and excellence in the electrical testing. Founded in 1956 as a national German high power test laboratory, today it stands as a leading facility for low […]
Go to
<mark class='ep-highlight'>High</mark> <mark class='ep-highlight'>Voltage</mark> Direct Current Laboratories
Testing Labs
High Voltage Direct Current Laboratories
HVDC power transmission is becoming increasingly important as great amounts of energy generated by remote renewable energy sources have to be transported over large distances, and, its share grows rapidly. If transmission lines fail, it leads to huge outage costs that can seriously affect project cash flows. As a result, system operators and manufacturers are […]
Go to
Technical papers
Optical PD detection in high voltage cable accessories
Optical partial discharge detection is a new method to perform diagnosis of the insulation system detecting optical signals which are coming up at the same time.This method does not work with the electrical signals which are caused in case of partial discharges though. On the basis of this different physical process, external electrical noise can […]
Go to
Technical papers
Ferroresonance in Inductive Voltage Transformers Or Power Voltage Transformers: analysis, laboratory tests and solutions
A ferroresonance analysis related to HV Inductive Voltage Transformers (IVT) and power Voltage Transformers or Station Service Transformers (PVT/SST) was addressed to develop models based on EMT formulation, enabling detailed ferroresonance risk analyses in specific HV station conditions and helping in the equipment technical specifications (including anti-ferroresonance remedial provisions). The research relied on a comparison […]
Go to
The first European independent HVDC <mark class='ep-highlight'>lab</mark>
News
The first European independent HVDC lab
​The new lab represents a global center of excellence and is based on “state-of-the-art” technologies for testing cables, components and innovative systems for High Voltage Direct Current, a strategic asset for long distance energy transmission. It is the first and biggest European independent laboratory for Direct Current and it leverages the most modern technologies able […]
Go to