Feasibility & Detailed Design for
Renewable Infrastructure
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Our Purpose
From Concept to Commissioning – Engineering Precision for Renewable Projects
“Turning renewable concepts into compliant, constructible, and bankable energy assets"
Our feasibility and detailed design services ensure that every renewable energy project is technically, financially, and operationally optimised from the very beginning. We combine advanced simulation tools, multidisciplinary engineering expertise, and data-driven analysis to develop reliable, high-performance solar and hybrid energy systems.
Our Expertise
01/Feasibility & Concept Development Our feasibility assessments establish the technical, financial, and regulatory foundation of your project.
Pre-Feasibility Studies: Evaluating technical viability, site constraints, and renewable potential using satellite irradiation, topographical, and geospatial data.
Energy Yield & Performance Modelling: Using advanced tools (e.g. PVSyst, Helioscope, Homer Pro) to simulate generation output, losses, and performance ratios.
Financial & Economic Analysis: Cost-benefit evaluation, LCOE modelling, payback projections, and sensitivity analysis to support investment decisions.
Environmental & Regulatory Screening: Assessing local zoning, grid access, and environmental considerations early in the planning phase.
02/Detailed Engineering Design We prepare precise, compliant, and constructible designs that integrate technical performance with practical delivery.
Solar PV System Design: Comprehensive engineering for rooftop, carport, ground-mounted (fixed tilt or tracker), and floating PV systems.
Electrical & Structural Design: Cable routing, earthing design, PVDB/SMB layout, and structural loading per AS/NZS 1170 and 3000 standards.
BESS & Hybrid Integration: Designing hybrid energy systems with advanced control strategies for seamless solar-battery-grid operation.
Civil & Layout Engineering: Site grading, drainage, access routes, and mounting structure detailing to ensure safe and maintainable installations.
03/Grid Connection & Compliance Our engineers manage the full interface with distribution and transmission network service providers to ensure smooth grid integration.
Grid Connection Studies: Power flow, voltage fluctuation, and flicker analysis to meet DNSP and AEMO standards.
Power Quality & Protection Coordination: Harmonic distortion, fault level, and relay coordination studies following AS/NZS 61000, 4777, and 61439.
Documentation & Approvals: Preparation of connection applications, single-line diagrams, and compliance submissions for all major DNSPs.
Control & Communication Schematics: Detailed SCADA interface, protection grading, and system response diagrams for secure operations.
04/Commissioning Supervision & Operational Optimisation Our work doesn’t stop at design — we oversee construction and commissioning to ensure your system performs as designed.
Commissioning Support: Validation of test reports, system integration verification, and compliance to AS/NZS commissioning standards.
Performance Verification: Post-installation assessment of generation, PR values, and grid compliance through data logging and inverter analytics.
Operational Optimisation: Reviewing inverter, tracker, and battery performance trends to enhance long-term efficiency and reliability.
Our Purpose.
Why Partner with Us
Our holistic design philosophy merges engineering depth with technological innovation — delivering renewable systems that are efficient, compliant, and built to perform. With experience across rooftop, ground-mount, hybrid, and floating solar projects, we ensure every design meets global quality benchmarks and local grid requirements.
Contact
Energy & Renewable Division to discuss your project’s feasibility or detailed design requirements and discover how our engineering team can bring your renewable vision to life.
