Electrical estimating with a wider perspective.
Connecting electrical scope with context to inform cost decisions before the build.
Renewable Energy System Estimation
Connect the AC delivery requirement to the battery nameplate, PCS blocks, auxiliary loads, and the choice between initial overbuild and later augmentation.
Translate DC and AC ratings into modules, racking, inverters, and collection. Account for pile refusal, terrain, trench routes, and who furnishes the equipment.
Follow MV collection through the project substation and gen-tie to the point of interconnection. Define the work the project owns and the work the utility performs.
Scope Connections
Each connection represents installed quantities and an interface that needs an owner. Estimates must be able to explain all stages of generation and bidirectional flow from the equipment to the grid.
Unit rates are only a starting point
Pile refusal on one site. A longer gen-tie on another. A constrained substation at the point of interconnection.
The estimate needs to explain those differences before the budgets can be compared.
Process
An estimating framework not just for managers and directors, but for owners, developers, and project stakeholders at every level. See the process from start to finish, or go straight to the system or cost driver you need.
Scenario Tools
Compare storage lifecycle, estimate maturity, hybrid sizing, interconnection cost, PV ratings, and electrical scope with precise scenario modeling tools to illustrate estimating outcomes.
Tool Report Preview
100 MW × 4 h · 400 MWh per discharge
Project Net Present Value
Professional Profile
Experience across an industry spectrum of electrical construction, with an emphasis on the utility-scale photovoltaic and battery energy storage renewable projects that are powering the future.
American Society of Professional Estimators
Project Management Institute