System design is the engineering that turns a project concept into a precise, buildable plan — determining the optimal sizing and placement of PV modules, inverters, and batteries, then documenting it in code-compliant drawings. Pure Power's system design covers site surveys, calculations, power system studies, and constructible drawing sets coordinated across electrical, structural, and civil scopes. The goal is a design that performs as modeled, passes review, and installs cleanly.

Correct sizing balances energy production, equipment cost, site constraints, and interconnection limits — for example, choosing the right module count, inverter capacity, and DC-to-AC ratio, plus battery capacity for storage projects. Pure Power specializes in accurately determining the optimal sizing and placement of PV modules, inverters, and batteries so the system delivers the most value without over- or under-building. This optimization directly affects both project economics and long-term performance.

Code-compliant means the design meets the applicable electrical, structural, and safety codes required for permitting and construction, while value-engineered means it achieves those requirements at the lowest reasonable cost and risk. Pure Power produces code-compliant, value-engineered, and risk-reduced drawing sets. Together these reduce change orders, procurement mistakes, and rework during construction.

Yes. Pure Power develops constructible drawing sets with coordination across electrical, structural, and civil scopes, so the disciplines align rather than conflict in the field. This coordination is what prevents the costly clashes that arise when scopes are engineered in isolation. It results in a single, cohesive set of documents for permitting, utility review, and construction.

Pure Power provides system design for commercial and industrial (C&I) distributed generation, utility-scale solar and battery energy storage, ground-mounted systems, rooftop installations, solar carports, and microgrid and repowering projects. Backed by 130+ in-house engineers and 3,400+ completed full designs of 100kW and larger, the firm handles projects across the distributed generation and utility-scale sectors.