At Schiphol Airport, failure of runway lighting is not an option. Our engineers investigated the impact of unforeseen power outages to ensure the safety and continuity of runway lighting.
At Schiphol Airport, a complex system of taxiways processes thousands of flights every day. When renovating the emergency power supply at taxiway station J2, the crucial question arose: what happens to the runway lighting in the event of an unforeseen power failure? Fluctuations in power consumption and capacity could, in theory, lead to outages, which directly jeopardise the safety of air traffic.
The uncertainty about stability during the switchover to the emergency power generator (NSA) required in-depth technical diagnostics. "You can compare Schiphol to a big city in terms of energy consumption and complexity," says Ton Baltus, Manager of Installation Responsibilities at Schiphol. Identifying every possible risk was essential to prevent unplanned downtime and unsafe situations.
HyTEPS carried out a comprehensive survey of transformer power supplies and emergency generator power supplies. Using specialised Power Quality Analyzers, our engineers loaded the installation and interrupted the voltage to accurately monitor the transition to islanding. This involved looking at the harmonic current and the behaviour of the plant during outage and voltage return.
During the analysis, we tested the measurement results against the strict limits of the Grid Code for both normal and islanded operation. This factual underpinning allowed us to map the harmonic voltage and establish that the voltage level of the transformer and generator is well within the standard. This data-driven method provided the plant manager with the technical assurance that the plant remains stable under all conditions.
Based on the diagnosis, our engineers recommended reducing the voltage on the second phase during normal operation, as it was found to be relatively high. By deploying active filters and targeted Power Quality correction, we optimised available plant capacity and improved energy efficiency. Our proactive approach ensured that potential failures were eliminated before they could lead to outages.
The implementation resulted in a proven stable installation where employee and passenger safety is guaranteed. Power quality has been structurally improved, allowing the installation to operate in line with expectations. As a result, HyTEPS not only offers a technical solution, but also the peace of mind and certainty that Schiphol's technical staff were looking for.
Are you ready to prevent unplanned downtime? Don't let invisible problems disrupt your operations. Our engineers are ready to analyse and ensure the stability of your installation.
HyTEPS
Beemdstraat 3
5653 MA Eindhoven
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HyTEPS ensures the operational reliability of Zentrys through targeted arc scanning and selectivity testing. With digital simulations, we eliminate invisible risks for maximum continuity and a safe working environment.
HyTEPS eliminated years of cable insulation damage on the Bumblebee due to a hidden ground loop in the complex offshore installation through a focused Power Quality. This proactive approach restores operational continuity and provides Allseas with the maximum reliability their operation requires.
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Through targeted measurements and active filtering, HyTEPS eliminated grid contamination and blind current penalties at Mauser Packaging Solutions . This immediately provided 500 amps of extra capacity, allowing production to scale up safely without investing in a heavier grid connection .
HyTEPS integrated 4 MW of solar panels at KLM Schiphol without risk. By eliminating grid pollution with Active Harmonic Filters, we ensure maximum operational reliability and a stable installation in Hangar 14.
By deploying a 300 kVA capacitor bank, HyTEPS stopped monthly reactive power penalties at VDL Parree. This intervention increased efficiency and created additional capacity immediately, so the investment paid for itself within a year.
Van Munster Recyclers eliminated the reactive power penalty and immediately created additional capacity with a HyTEPS capacitor bank. Thanks to the immediate cost savings, this solution paid for itself within one year.
HyTEPS ensures continuity at Clondalkin with a system that combines energy insight with automatic HACCP recording. This eliminates risky manual checks and maximises operational reliability.
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HyTEPS implemented an advanced monitoring system that gives CurTec real-time grip on energy consumption and Power Quality. This data-driven solution prevents blind power penalties and ensures a stable, climate-neutral future.
HyTEPS identified the risks to the taxiway lighting at Schiphol Airport through accurate measurements. With the subsequent solution, the continuity and safety of this critical installation is fully guaranteed.
Our engineers performed specialist arc simulations to ensure the safety of InMotion's unique battery pack. Thanks to this concrete analysis, the team is now working on ultra-fast charging technology with the right protective equipment and complete certainty.
HyTEPS eliminates harmonic pollution in the Ruhr Tunnel by implementing four active filters. Thanks to 40% spare capacity, technical safety for Rijkswaterstaat is guaranteed under all circumstances.
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HyTEPS eliminated electromagnetic interference in the Schiphol T2000 network after an integral EMC study. This approach restored system integrity and guaranteed uninterrupted communication for emergency services.
HyTEPS eliminated high-risk harmonic contamination at Nyrstar. Our specialist measurements provided an exact diagnosis and a guaranteed stable production environment.
HyTEPS solved the failure of air compressors at Mannesmann by immediately eliminating harmful harmonic contamination. With active filtering and continuous monitoring, precision tube production is now fully stabilised.
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