Resilience
Support critical operations through outages with defined islanding, transfer, and load priorities.
Commercial & industrial
Energy infrastructure for sites that cannot stand still.
Plan storage, solar, controls, and charging around operating priorities, electrical capacity, and a practical path to expansion.
Project priorities
Build around the operating case.
A strong commercial system connects technical design to the business reason for the project.
Demand management
Use storage and controls to reduce short-duration peaks and coordinate major site loads.
Solar capture
Store more on-site generation for later use instead of treating production and consumption separately.
Electrification
Prepare power infrastructure for chargers, fleet growth, heat pumps, and other new electrical loads.
A phased site plan
Design today's project with tomorrow's loads visible.
Commercial energy projects often grow in stages. The initial design should account for switchgear, interconnection, communications, physical space, and control architecture that may need to serve larger storage blocks or additional chargers later.
01
Baseline Load data, utility tariffs, service capacity, and operational constraints.
02
Architecture PV, storage, controls, backup boundaries, and charger integration.
03
Delivery Equipment, engineering inputs, partners, commissioning, and operating modes.
Integrated by design
Storage and charging should share the same site strategy.
Charging can change peak demand, backup priorities, and the value of on-site solar. Planning the systems together creates more room for load management and future fleet growth.
Explore EV chargingCommercial project planning
Bring us the load data and the operating goal.
We can help translate facility constraints into an equipment strategy, project sequence, and clear next decision.