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Subsidies (such as EIA) are often available for investments in energy management and battery storage. We can provide you with the technical specifications [...]
Read moreYes, the HyTEPS EMS is modular. You can start by controlling your charging stations and later your solar panels, battery [...]
Read moreThis depends on your penalties and energy contract. For companies struggling with grid congestion or dynamic pricing, we often see [...]
Read moreAbsolute. Together, we determine the priority list (Load Shedding matrix). You determine which processes are critical and which are temporarily switched off or [...]
Read moreYes, the core functionality runs locally on the controller within your installation. Even without an internet connection, congestion control remains active [...]
Read moreOur system operates in real-time. Depending on the hardware configuration, switching can take place within milliseconds to a few seconds, well in time [...]
Read moreWith inexpert switching, this can happen. Because HyTEPS specialises in Power Quality, we set up control in such a way that [...]
Read moreFor many large consumers, energy monitoring is mandatory under the Environmental Management Act (Energy Conservation Information Obligation). An active EMS not only helps you to [...]
Read moreYes. We are specialists in retrofit. If a machine does not have a modern communication port, we can often work with physical I/O modules [...]
Read moreA monitoring system records and displays data (passively). A Management System (EMS) analyses this data and actively controls the installation [...]
Read moreAbsolutely. HyTEPS never delivers 'just data'. Our added value lies in the 'Doctor' role: our engineers analyse the results and provide [...]
Read moreYou get instant insight into the causes of failures, preventing 'downtime'. In addition, you extend the life of your [...]
Read moreIn many cases, they are. HyTEPS works brand-independently. We can take data from various sources and meters (if they have the right parameters [...]
Read moreowbeit not legally required in all cases, more and more insurers (e.g. via the NTA 8220 or clauses) require insight into [...]
Read moreEnergy monitoring typically focuses purely on the quality (quantity) of energy: the kilowatt-hours (kWh) and costs. Power quality monitoring analyses [...]
Read moreWe usually install measuring equipment that collects data over a period of time (e.g. a week or two weeks) to include occasional faults [...]
Read moreConducted fault moves through the cables (copper). It can travel through phases, neutral or earth. Radiated [...]
Read moreWe work in every sector with critical, complex electrical installations. From heavy industry, data centres and hospitals to marine [...]
Read moreDon't wait for plant downtime. Call us in when there are unexplained faults, frequent electronics failures, or preventively when [...]
Read moreYes, harmonics are distortions of the sine wave form with a multiple of the fundamental frequency (50Hz). They fall under the heading 'Low-frequency [...]
Read moreMeters are available for basic Power Quality measurements, but EMC measurements require specialist high-frequency measuring equipment and antennas. More importantly, [...]
Read moreCosts depend on the size of your installation and the complexity of the problem. A targeted measurement at [...]
Read moreThis is a common misconception. A CE mark means that the device has been tested under specific, isolated lab conditions. But once you [...]
Read moreAt extremely high field strengths, electromagnetic fields can affect the human body, but in standard situations within industry, [...]
Read morePower Quality (Voltage Quality) is primarily about the quality of the voltage (Voltage) coming out of the socket: is the sine wave form [...]
Read moreThis cannot be said without measurement. There are specific standards such as EN 50160 (for the voltage you [...]
Read moreYou can think of harmonics as 'noise' or contamination on your power grid. They are frequencies that deviate from the standard 50Hz. [...]
Read moreSimple measurements (such as voltage and current) can be done by yourself. However, correct Power Quality diagnosis requires specialist [...]
Read moreYes, absolutely. Poor Power Quality, such as high levels of reactive current or harmonic contamination, causes additional energy losses in [...]
Read moreOnly partly. The grid operator is responsible for the quality up to your meter. Any contamination created behind the meter [...]
Read moreIt always starts with insight. A thorough Power Quality measurement reveals savings opportunities. Based on this, we create a [...]
Read moreTraditional capacitor banks only compensate the fundamental frequency (50Hz). In modern networks with lots of electronics (harmonics), these banks can even resonate [...]
Read moreThe ROI consists of three parts: direct energy savings (lower bill in case of blind power penalties), avoided costs due to outages (production stops) [...]
Read moreElectronic components and insulation materials wear faster due to heat and voltage spikes. Stabilising the voltage and keeping it 'clean' prevents [...]
Read morePoor Power Quality, such as harmonic contamination, causes additional heat generation in cables and transformers. This is pure energy loss. By addressing this [...]
Read moreYes, we have extensive experience in grid integration of renewables. We calculate the impact on the grid, advise on the [...]
Read moreYou can engage us at every stage: from feasibility studies and basic design to detail engineering, and even during operational [...]
Read moreBy simulating (modelling), we see how the installation behaves before it is built. This prevents expensive modifications [...]
Read moreYes, we regularly perform 'second opinions' and validations on third-party designs. We test these for robustness, compliance and [...]
Read moreHyTEPS is an engineering and knowledge partner. We do not carry out the installation work ourselves, but provide intensive support to the installer. We [...]
Read moreThis is a comprehensive analysis of your electrical network. With software, we simulate load flows, short-circuit currents, protection coordination and harmonics to [...]
Read moreAbsolutely. Our engineers are fully conversant with current NEN and IEC standards. We ensure that your design does not [...]
Read moreSure. We engineer solutions to cope with grid congestion, such as the integration of battery storage (BESS), local generation and smart [...]
Read moreWe specialise in the physics of electricity and Power Quality. Where others stop at plant drawing, [...]
Read moreYes, HyTEPS provides complete electrical engineering for new construction and renovation. We often work together in construction teams or directly for [...]
Read moreInvesting in Power Quality is not a cost, but a business case. It delivers immediate returns: you avoid costly downtime, [...]
Read moreThis is a common issue in sustainability. The filters in variable speed drives and inverters 'leak' a small current to earth when [...]
Read moreThere are various standards such as EN 50160 (for voltage at the transfer point) and the IEC 61000 series (for EMC and [...]
Read moreSupraharmonics are disturbances in the frequency range between 2 kHz and 150 kHz. They are mainly caused by modern inverters in [...]
Read moreThis is not always necessary. Heat pumps are large consumers that often use variable speed drives. This puts additional strain on the transformer, both thermally [...]
Read moreYes, in part. Grid congestion often takes place on the grid operator's grid, but you can manage your internal capacity [...]
Read moreElectric vehicles charging at high powers. The simultaneous initiation of multiple charging sessions causes spikes in load (inrush currents). [...]
Read moreSolar photovoltaic (PV) systems generate direct current, which is converted to alternating current by an inverter (inverter). This switching process always causes some degree of [...]
Read moreSure. We are the power quality specialist. We often work together with the permanent installer (E-installer) [...]
Read moreYou often do, but you may not be allowed to feed back (feed-in congestion). You must then use or store the generated energy directly yourself. [...]
Read moreYes. Without measurement, you are guessing; you don't know whether your capacity problem is due to actual consumption or pollution. A measurement [...]
Read morePeak shaving is the 'shaving off' of peaks in your power consumption. When your consumption threatens to exceed a set limit, [...]
Read moreGrid operators bill consumption in kWh, but limit connection capacity to current (A) and thus indirectly to kVA. U [...]
Read moreUnlike grid reinforcements that can take years, we can move quickly. A measurement and analysis can often be done within a few [...]
Read moreThis varies by installation. In industrial environments with many motors and drives, we often see that 10% to 20% of [...]
Read moreNot as a first step. A battery can handle peaks, but if your base plant is contaminated by harmonics, the battery inverter [...]
Read moreYes, to a certain extent. You cannot solve congestion on the public grid, but you can solve your [...]
Read moreGrid congestion, simply put, is congestion on the power grid. The demand for power (or the supply in case of feed-in) is [...] at peak times.
Read moreCertain. Our engineers analyse both new and existing installations. We identify bottlenecks in ageing systems and improve Power Quality [...]
Read moreOperational reliability is our priority. We plan measurements and the implementation of a solution in such a way that your business processes experience minimal disruption, [...]
Read moreAbsolutely; HyTEPS is a growing organisation that is always open to new initiatives and ideas to improve our proactive approach. [...]
Read moreBy making installations more efficient and carrying out simulations, you will help customers within the limits of their grid connection [...]
Read moreYou will advise and work with high-quality technologies such as active and passive harmonic filters, capacitor banks and EMC filters. Your goal is always [...]
Read morePoor Power Quality is often an 'invisible' problem that leads to production stops, accelerated wear and tear and safety risks. You offer customers [...]
Read moreIn addition to on-site measurements, you perform simulations and modelling to predict the impact of harmonics or grid congestion, for example. [...]
Read moreYou have a high degree of independence and responsibility when performing on-site measurements. At the same time, you [...]
Read moreYou mainly work in locations where continuity is crucial and downtime is not an option, such as data centres, hospitals and the heavy [...]
Read moreAlthough you will often be on the road to customers independently, you will be part of an enthusiastic team that enjoys learning [...]
Read moreAt HyTEPS, you are not working on standard electrical engineering, but a specialist in the niche of Power Quality. Where [...]
Read moreYou will work with high-quality measurement equipment such as the Fluke 435-II Power Quality & Energy analyser and Keysight oscilloscopes. You will learn these hardware [...]
Read moreYou will work at the intersection of advanced data analysis and physical electrical infrastructure. Instead of just writing code, interpret [...]
Read moreWe offer plenty of opportunities for graduate students to conduct research on current topics such as grid congestion or harmonics. We facilitate the [...]
Read moreHyTEPS is growing rapidly and we are keen to invest in talent that has the ambition to become an authority in the field [...]
Read morePower Quality is the basis for a stable energy supply; without good power quality, sustainable innovations often lead to invisible problems in [...]
Read moreCertainly, visiting sites where downtime is not an option is an essential part of your learning process at HyTEPS. You [...]
Read moreWe understand that downtime costs money. Our organisation is set up for flexibility and decisiveness. For acute problems, we strive to [...]
Read moreWe do both, and that is our strength. We start by measuring and analysing (the diagnosis). If this shows that [...]
Read moreThis is our brand promise to you. It means that we are committed to ensuring that energy [...]
Read moreYour in-house installer is indispensable for the construction and maintenance of your installation. However, power quality is a highly specialised [...]
Read moreFor contract customers with critical processes, we can make specific SLA agreements on response times and availability outside office hours. Standard outages are dealt with within [...]
Read moreFans are wear parts. When they fail or foul, cooling capacity decreases. Sensitive electronics become too hot, leading [...]
Read moreYes, we read logs and do snapshots to see if the filter is still functioning correctly and the [...]
Read more"Don't fix what isn't broken" doesn't apply here. Firmware updates often include essential improvements in control algorithms, security and efficiency. [...]
Read moreCosts depend on the type of system, power, number of units and location of your business. We [...]
Read moreNo, a contract is not mandatory, but highly recommended. Without demonstrable maintenance, it often expires over time [...]
Read morea, in many cases they do. We can service third-party systems, provided we have access to the necessary [...]
Read morePreventive maintenance is planned and focused on preventing problems (similar to the 'MOT' and turn for your car). [...]
Read moreBasic exterior cleaning and display reading is possible. However, internal inspection requires specialised knowledge of power electronics [...]
Read moreWe recommend inspection and maintenance at least once a year. In environments with a high dust load, [...]
Read moreIncreasingly so. Insurers often require periodic inspections (such as SCIOS Scope 8/10/12) or continuous monitoring for larger installations to prevent fire risks [...]
Read moreThis means that we do not leave until the system is working. We physically check the installation of meters in the [...]
Read moreNot necessary. Monitoring can be done locally (offline), with data stored on the meter or a local server. However, for [...]
Read moreYes, absolutely. Our EMS is brand-independent and can communicate with various inverters, battery systems (BESS) and charging stations. This allows you to energy [...]
Read moreEnergy monitoring focuses on quantity: how many kWh do you consume, where and when? It focuses on costs and savings. Power [...]
Read moreAbsolutely. We often carry out a 'Design Review' or 'Second Opinion' on existing installer designs. We review the design [...]
Read moreFor a basic simulation, we need the Single Line Diagram and the specifications of transformers, cables and large consumers. [...]
Read moreYes, especially when complex components such as variable speed drives or PV systems are present. Even in smaller installations, resonances or overloads can [...]
Read moreA Power Quality measurement analyses the current situation ("the patient is sick now"). A simulation predicts future behaviour ("if we [...]
Read moreYes, absolutely. Although our headquarters and heart are in the Netherlands, our services reach worldwide. Our engineers regularly fly out to [...]
Read moreYes, this is a common problem. Often the cause is voltage dips or harmonic contamination affecting the input stage of the [...]
Read moreNEN 3140 is a safety inspection focusing on touch hazard and fire safety at a basic level. It does not look at the quality of the [...]
Read moreAbsolutely. We are not an inspection agency that just diagnoses a problem. We recommend concrete solutions, such as harmonic filters or capacitor banks, and [...]
Read morePower Quality deals with the quality of the power supply up to frequencies of about 2.5 kHz (harmonics, dips). EMC (electromagnetic compatibility) [...]
Read moreYes, we carry out EMF (Electromagnetic Fields) measurements. We often do this in office buildings, hospitals or near heavy transformers to [...]
Read moreThis is possible, but we often advise against it for complex problems. Meter placement (correct phase sequence, type of current clamps) [...]
Read moreCosts depend on the duration, number of measurement points and complexity of the analysis. Contact us for [...]
Read moreIn most cases, they don't. Our engineers are trained to work safely in the vicinity of live parts and [...]
Read moreFor a complete analysis in accordance with standard EN 50160, we recommend a minimum of one week (7 days). This ensures that [...]
Read moreThis is possible, but we always recommend an analysis first. Installing a filter or capacitor bank without knowledge of [...]
Read moreSure. HyTEPS operates worldwide, particularly in the offshore and marine sectors, but also for international industrial projects.
Read moreFor critical sectors such as hospitals and data centres, we understand that every minute counts. When contacted by phone, indicate immediately that [...]
Read moreYes HyTEPS always recommends the solution that is technically and economically best for your specific situation. We work with [...]
Read moreAn inefficient installation consumes more energy and causes additional CO2 emissions due to losses. Optimisation directly contributes to your [...]
Read moreNo, in many cases, contamination such as harmonics are caused by proprietary equipment within the plant, such as variable speed drives. We analyse [...]
Read moreWe can establish this by an official measurement in which we check the voltage quality against the legal frameworks. We report on this [...]
Read moreThe cos phi concerns only the phase shift of the ground wave, while the power factor includes the influence of harmonics. [...]
Read morePoor Power Quality often leads to transformer overheating, unexplained PLC failures and premature failure of capacitor banks. This results [...]
Read moreAbsolute. 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 [...]
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