INTEC Solar Feasibility Project

Project Overview

This project is investigating the technical and financial feasibility of a grid-connected or hybrid solar PV + BESS system for a Canterbury site, using the University of Canterbury campus as a case study.

The work focuses on early-stage EPC feasibility — where system architecture, grid constraints, and commercial assumptions determine long-term project viability.

Current Focus Areas

Site & Network Assessment

• Site layout optimisation and constraint mapping
• Irradiance and generation potential modelling
• Grid connection capacity and export limitation analysis

System Architecture Development

• Grid-connected PV configuration design
• Hybrid PV + battery storage modelling
• AC vs DC coupling trade-off analysis
• Inverter sizing and preliminary electrical layout

Energy & Grid Modelling

• Load profile integration
• Solar generation forecasting
• Battery dispatch strategy modelling
• Curtailment and peak demand reduction analysis

Financial Viability

• CAPEX and cost structure estimation
• LCOE modelling
• ROI and tariff scenario analysis
• Sensitivity analysis under varying grid conditions

Project Direction

The aim is to produce a structured, repeatable feasibility methodology that aligns with real EPC workflows and supports future solar + BESS developments.

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