Planning and design of electrical distribution infrastructure to support system expansion, increased capacity, improved reliability, and evolving grid requirements.
Common Applications
Utility-scale electrical infrastructure
Distribution system design
Feeder and distribution improvements
Substation-related improvements
System expansion and capacity planning
Feeder capacity improvements
Infrastructure modernization
Infrastructure modifications associated with changing load requirements
Engineering and design of battery energy storage and distributed energy resource systems supporting grid operations, renewable generation, and system flexibility.
Common Applications
Utility-scale BESS
Solar + storage facilities
Utility-scale solar facilities
Distributed Energy Resource (DER) projects
Grid-support applications
Energy resilience and reliability
Peak demand and load management
DER integration
BESS electrical infrastructure and system planning
Engineering planning and design for large-scale EV charging infrastructure and the electrical systems required to support high-capacity charging loads.
Common Applications
Fleet charging facilities
Commercial-scale charging networks
High-capacity EV charging installations
Distribution capacity planning
Utility service requirements
Infrastructure upgrades supporting EV adoption
Coordination between charging projects and utility systems
Protection engineering for utility and distributed electrical systems, focused on safety, coordination, reliability, and system performance.
Common Applications
Distribution protection systems
Feeder protection
Protective device coordination
DER protection requirements
Solar and BESS protection
Protection system upgrades
Reliability improvements
Protection improvements associated with system modifications