Water&Wastewater
Motor-dominated load, statutory service obligations, and an energy bill that is one of the largest line items in the business. Every one of those is an argument for engineering the electrical side properly.
- Load profile
- HV motor dominated
- Compensation
- Motor-side, most economical
- Supply option
- GridLink private wire
- Availability
- Statutory continuous service
Every pump on site is a power quality problem waiting for a bad day.
Water and wastewater sites are among the most motor-intensive industrial loads there are: pumps, blowers, compressors and mixers, running near-continuously against a statutory obligation to keep supplying and keep treating. That combination makes them unusually exposed to power quality and unusually rewarding to fix.
Motor-side compensation is the most economical compensation point there is, and pump-heavy sites are exactly where that arithmetic works. Correcting at the motor rather than at the intake reduces losses through the whole distribution path and holds voltage where the load actually is.
The sector is also a natural fit for private wire. Treatment works are frequently sited near land suitable for solar and wind, and GridLink exists precisely to connect local generation to a local consumer. The reference architecture runs from a solar farm's 33 kV substation to a water treatment works at 11 kV, with the public network providing load balancing on a dual connection.
Sector-specific pressures
Motor starting and voltage depression
Large pump starts depress voltage across the site, tripping instrumentation and control equipment that has no ride-through of its own.
Energy as a dominant cost
Pumping and aeration dominate operating cost. Power factor penalties and avoidable losses come straight off the bottom line.
Statutory continuity obligations
Service interruption is a regulatory event, not just an operational one. Control systems and critical pumping need protection that does not depend on the network.
Dispersed unmanned sites
Pumping stations and small works are scattered and unmanned. Assets have to report their own condition or nobody will know until it fails.
Harsh, wet, corrosive plant rooms
Humidity, chemical exposure and washdown environments destroy equipment that was specified for a clean switchroom.
Capital constrained by regulatory cycle
Investment moves in defined periods. Solutions that avoid civils and can be phased are far easier to fund than ones that cannot.
The stack for this sector.
Each of these is a full solution page. The note explains how it is typically applied here.
GridLink Private Wire
GridLink supply direct from local generation, the reference architecture for a solar farm feeding a water treatment works.
UPS Systems
Protection for control systems, instrumentation and critical pumping, in configurations rated for wet and corrosive plant rooms.
STATCOM & SVG
Dynamic voltage support where motor starting and cyclic duty exceed what switched compensation can follow.
Monitoring & Support
Remote asset health across dispersed, unmanned pumping stations and small treatment works.
Engineering Consultancy
Motor starting studies, protection coordination and connection assessment for capacity upgrades and new works.
Numbers that matter in this sector.
Work we have done here.
- Private wire architecture engineered from a solar farm 33 kV substation to an 11 kV water treatment consumer
- HV motor compensation deployed across pumping-dominated sites
- Remote monitoring across dispersed unmanned assets
- Containerized deployment avoiding civils on sites with no available building space
Questions from this sector.
- Where is the best place to compensate on a pumping site?
- At the motor, in most cases. HV motor compensation for pumps, compressors, crushers, fans, mills and hoists is the most economical compensation point, because it reduces reactive current through the entire distribution path upstream rather than only at the intake meter.
- Is private wire realistic for a treatment works?
- It is one of the strongest use cases. Treatment works have large, steady, predictable demand and are frequently near suitable generation land. The reference GridLink architecture runs exactly this case: solar farm at 33 kV to water treatment works at 11 kV, with a dual connection so the public network still provides balancing.
- How do you handle equipment in washdown environments?
- By specifying for it rather than adapting to it. Three-proof coating processes, appropriate IP rating and, where the plant room is unsuitable, outdoor containerized deployment that takes the equipment out of the aggressive environment entirely.
We also work in these.
Data Centers
Whole-facility protection for hyperscale, colocation and enterprise sites, where the mechanical plant matters as much as the IT load.
Read moreIndustrial & Manufacturing
Power quality engineering for production lines where a one-cycle disturbance costs a shift: semiconductor, battery, automotive, pharma and food.
Read moreUtilities & Grid
Voltage support, reactive compensation and grid-forming storage for substations at 220 kV and below, deployed where reinforcement is years away.
Read moreRenewables & Storage
Compliance, compensation and storage for wind, solar and BESS projects, from the G99 study pack through to the containerized asset in the substation yard.
Read moreOil & Gas
Ruggedized, containerized power systems for upstream, midstream and offshore operations where an outage is measured in production days.
Read moreMining & Metals
Rolling mills, crushers, hoists and furnaces are the most disruptive loads on any network, and the ones compensation was invented for.
Read moreTell us what keeps tripping.
Most conversations start with an event nobody can fully explain. Send us the alarm log, the single-line diagram, or just the symptom. We will tell you what we would measure first.
Let's Solve Your Power Challenge.
Connect with our engineering team for a technical consultation. We'll help you identify risks and uncover efficiency opportunities.
Renewable Energy & Drives
5325 S Moorland RdNew Berlin, WI 53151United States
Severn Drives & Energy
Units 2 & 3, Kingsley Business ParkNew Road, Kibworth BeauchampLeicestershire, LE8 0LEUnited Kingdom
Start Your Consultation
Fill out the form below and we'll be in touch.