Connect energy to the way a site works.
Connect storage, local generation and electrical distribution around the site. For data centres and critical facilities, bring MV UPS requirements into the power architecture.
See the whole power path.
Follow the grid, storage, distribution and facility interfaces. For data centres, coordinate the MV UPS solution across this power path before equipment choices become fixed.
Define the site’s energy priorities.
Review the load profile, available supply and the planned use of local generation and storage. Agree which operating needs drive the design and which assumptions require further assessment.
Coordinate the microgrid scope.
Bring generation, storage, power conversion, protection and controls into one interface plan. Define the intended operating modes with the relevant engineers and equipment partners.
Design for the delivery conditions.
Remote access, equipment transport, installation space and service logistics affect the practical scope. Plan these alongside the electrical requirements and identify who is responsible for each interface.
Plan MV UPS around critical loads.
Define the medium-voltage power path, battery duty and backup supply interfaces together. Coordinate protection, controls and maintenance arrangements with the MV UPS solution and the site's operating priorities.
From requirements to a defined project.
Frame the requirement
Share the site, demand profile, operating priorities and intended programme.
Define the architecture
Map the equipment scope, interfaces and decisions that need engineering input.
Coordinate the delivery plan
Align suppliers, documentation, production milestones and site requirements.
Prepare for integration
Agree acceptance evidence, installation interfaces and the handover scope.
Bring the next project into focus.
Start with the site, the demand and the delivery constraints. We can help frame the next decisions.
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