Absolute. In addition to preventing outages, you reduce energy losses (I²R losses) in your cables and transformers. This directly contributes [...]
Read moreYes, high-frequency contamination can cause 'noise' on control cables and analogue signals (4-20mA). This leads to erroneous readings in your SCADA system, [...]
Read moreAn NEN inspection looks at the visual condition and basic safety of the installation. A Power Quality measurement looks at the 'invisible' health [...]
Read moreIf your installation has many inductive loads (motors) without compensation, you will see a post for 'reactive consumption' in kVArh. HyTEPS helps [...]
Read moreThe IV is responsible for safety and continuity. Grid contamination falls under the duty of care; if contamination is known to affect the [...]
Read moreThis depends on the structure of the installation. In water boards, we often see decentralised filtering at the largest [...]
Read moreTreatment plants often have complex, outdated distributors combined with new generators. An arc simulation calculates the incident energy during a short circuit, [...]
Read moreFiltering reactive power and harmonics reduces the total power consumption (kVA) of the installation. This frees up 'space' on [...]
Read moreAC drives are essential for efficient water management, but they also generate harmonic current pollution. This contamination can lead to resonances with the [...]
Read moreOur engineers analyse the installation using measurements, simulations and modelling to target the cause.
Read moreHarmonic contamination and voltage fluctuations often compromise operational reliability.
Read moreCertainly, we model the installation at the design stage to get ahead of problems.
Read moreYes, they cause additional heat generation in cables and transformers, which can pose a fire hazard.
Read moreBy finding the cause, you avoid unnecessary replacement of expensive components and reduce downtime.
Read moreWe do not simply repair a defect; we improve the entire quality to prevent future problems.
Read moreWe work in accordance with the relevant IEC and NEN standards to ensure technical accuracy.
Read moreIt leads to invisible risks such as overheating and unexplained stops, which is critical at sea.
Read moreAn engineer analyses the distribution of loads across phases. Skewed loads can lead to neutral currents and [...]
Read moreAbsolutely. Our measurements and reports are prepared in accordance with the relevant international standards, which is crucial for insurance and certification.
Read moreWe recommend a regular checkup to identify degradation in time. Our service department has the right equipment to check the condition [...]
Read moreThis is a forensic investigation into the cause of electrical failures. Our engineers use their in-depth knowledge to find out [...]
Read moreBy modelling and simulating your installation in advance, we identify potential Power Quality issues before construction begins. This saves [...]
Read moreWe analyse the interaction between the shore power supply and your on-board grid. With active filters or stabilisers, we ensure that your systems [...]
Read moreElectromagnetic interference can affect the accuracy of GPS and radar systems. Through radiated frequencies mapping, we find the source of the [...]
Read moreHarmonic contamination leads to invisible wear and unnecessary heat generation in transformers and cables. This increases the risk of fire and [...]
Read moreAggregates have a higher impedance than the grid. Harmonic currents can disrupt the voltage regulation of an aggregate, affecting its stability [...]
Read moreOur engineers work strictly according to the relevant standards. We translate complex data into reports that help you to [...]
Read moreWe recommend a proactive approach in which critical points are continuously monitored. In the event of major changes to the installation, such as construction [...]
Read moreActive harmonic filters act as a power 'cleaning system'. They monitor contamination in real-time and inject a countercurrent [...]
Read moreYes, especially due to reactive power and harmonic contamination. This causes additional losses in transformers and cables (heat). Due to the quality [...]
Read moreInverters of PV installations can cause high-frequency contamination and voltage fluctuations. This can interfere with the sensitive signals of medical measuring equipment, causing [...]
Read moreLED lighting uses non-linear power supplies (drivers) that introduce harmonic currents. In large healthcare facilities with thousands of luminaires, this pollution counts [...]
Read moreIn a hospital, dependence on electronics is absolute. Medical equipment such as ventilation and monitoring systems have very close tolerances for [...]
Read morea. Eliminating contamination such as reactive power and harmonics eliminates the 'polluted' current that unnecessarily loads your cables. [...]
Read moreContinuity is about whether the power is 'on' (availability). Power Quality is about the 'health' of that power. You can [...]
Read moreHarmonics cause additional losses and heat in a UPS's filters and capacitors. This can lead to premature aging [...]
Read morePoor Power Quality, such as high harmonic contamination or low power factor, leads to additional heat generation in cables and transformers. [...]
Read moreOur reports are clear, Dutch-language (or English) and independent. They include a management summary for and an in-depth technical analysis for you [...]
Read moreYes, we can use measurements to reveal where energy losses (such as reactive current) occur. By optimising these, you create [...]
Read moreSure. This is even recommended. With a Load Flow or Harmonic simulation, we test your design in advance. This way [...]
Read moreThat rarely happens. Even if no direct 'fault' is found, measurement provides valuable data about the [...]
Read moreYes. If our analysis shows that harmonic filters or capacitor banks are needed, we can size, supply and (together [...]
Read moreOur focus is on Power Quality and the quality of voltage and current (NEN-EN 50160). However, Power Quality is a [...]
Read moreThis depends on the complexity, the duration of the measurement (e.g. weekly measurement vs spot measurement) and the location. Take [...]
Read moreWe understand that downtime costs money. For urgent matters, we try to respond as quickly as possible, often within 24 to [...]
Read moreYou decide, and in most cases we work on behalf of you, the installer. We report to you and [...]
Read moreGrid operators are imposing increasingly stringent requirements on the pollution you are allowed to feed back into the grid. HyTEPS tests your installation against [...]
Read moreSure. Poor Power Quality causes additional heat losses in lines and components (joule losses). By reducing reactive current and harmonics, [...]
Read moreYes, harmonics can cause cables and transformers to overheat, posing a fire hazard. In addition, they can cause protective devices to trigger unintentionally, [...]
Read moreYes, absolutely. Our measurements are non-intrusive. We place equipment while your processes continue as usual. On the contrary, we have a representative load [...]
Read moreCosts depend on the complexity and size of your installation. However, the cost of one hour of production downtime is [...]
Read more