SPECIALIST CONTROL CAPABILITIES

POWER EQUIPMENT DELIVERED FAST

Additional resilience offered for critical suppliers such as data centres, healthcare markets, utilities providers

ADDITIONAL RESILIENCE BROUGHT THROUGH INDUSTRY LEADING CONTROL PANEL TECH

Our machines can be configured to offer additional resilience for critical suppliers such as data centres, healthcare markets, utilities providers and even live events. Coupled with our remote Scada monitoring system, and Deep Sea Technologies control panels offering industry leading tech, we are able to provide our clients with real time status, alarms and control, giving them peace of mind.

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GENERATOR TO GENERATOR LOAD SHARING

In layman’s terms, load sharing is the method by which a facility runs several generators concurrently. The proportional distribution of active and reactive power between generator sets is known as load sharing in technical terminology. Load sharing and parallel processing go hand in hand. Without load sharing between alternators, a system of generator sets cannot operate in parallel. WB have over 30 years in generator to generator load sharing, so get in touch for some additional advice.

ON LOAD DEMAND SCHEMES

The Load Demand Scheme is used by the DSE8610, DSE7510 and DSE5510 controllers and allows the generator sets to start and stop automatically depending on load levels. Additionally the scheme can also be used to provide generator set redundancy (ie n+1 system)

 

G99 COMPLIANT MAINS SYNCHRONISATION & DECOUPLING

Any generator connected to run “in parallel” or “synchronized” with the mains electrical utility grid (National Grid) must comply with rule G99. The Energy Networks Association (ENA) is in charge of enforcing the law, which has its origins in Ofgem regulations.

PEAK LOPPING

For organizations with a demand for electricity that exceeds the local grid’s ability to supply it, a generator setup that operates in Peak Lopping mode would be the best option. Peak Lopping is essentially a technique of power regulation where a generator delivers a portion of the site’s load when energy demands exceed the capacity of the local grid, or a predetermined threshold.

DEAD BUS SYNCRONISATION

The syncronisation of generaotrs in a power plant can be done by two different methods; dead bus and live bus syncronisation. Dead bus syncronisation is a technique that has been used by Kohler for many years on hundreds of critical plants such as hospitals or data centres.

YOUR SPECIALIST HIRE TEAM

We have a dedicated team of experts to look after hire, as well as engineers, project managers, consultants and logistics coordinators who are all directly employed by us. They put their expertise to work for you, providing high specification equipment that is bespoke to your needs and budget.

PETER BROWN Hire Sales Manager
KARL HYMES-TAYLOR Hire Sales Manager
TIM ASHFORTH Hire Sales Manager
JOHN CAMPBELL Hire Sales Manager
PAUL GOLDSWORTHY Hire Sales Manager
RICHARD BETTERIDGE Hire Sales Director

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