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Read moreTreatment plants often have complex, outdated distributors combined with new generators.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 [...]
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