Utility-Scale Renewable Energy Engineering & Delivery

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Our Purpose

Engineering Tomorrow’s Power Systems

“From megawatt to multi-hundred-megawatt — engineered for precision, compliance, and sustainability”

Ecologiq provides comprehensive engineering and delivery services for utility-scale renewable energy projects across Australia and emerging global markets. Our expertise spans large-scale solar PV, hybrid battery energy storage, and integrated renewable precincts. We combine advanced modelling, grid-compliant design, and construction supervision to deliver assets that are reliable, bankable, and performance-optimised.

Our Expertise

01/Utility-Scale Solar PV Systems

Plant Layout & Yield Optimisation: Advanced solar farm design using PVSyst, Helioscope, and Aurora Solar for accurate irradiance, shading, and energy yield modelling.

Module & Tracker Engineering: Structural and mechanical design for fixed-tilt, single-axis, and bifacial systems in accordance with AS/NZS 1170 and IEC 62817.

Electrical Network Design: High- and low-voltage collector system design, cable sizing, earthing, and reactive-power management per AS/NZS 3000 and AEMO guidelines.

Performance Verification: PR analysis, degradation modelling, and predictive maintenance planning via digital twins and SCADA data analytics.

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Power System Studies: Load-flow, short-circuit, harmonic, and stability analysis using DIgSILENT PowerFactory and PSSE to satisfy DNSP and AEMO requirements.

Grid-Code Compliance: Implementation of AS/NZS 4777, IEC 61850, and IEEE 1547 standards for inverter, protection, and communication systems.

Connection Applications & Modelling: Preparation of R1–R2 models, POC drawings, and compliance documentation for registration under AEMO and DNSP frameworks.

Protection & Control Systems: Development of protection schemes, relay settings, and coordinated grading studies for safe network integration.

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BESS Architecture & Sizing: Energy storage design for grid support, frequency control, and peak-shaving applications from 1 MW to 500 MW scale.

Hybrid Plant Design: Integration of solar + battery + diesel/microgrid systems with advanced EMS and SCADA controls.

Thermal & Fire Safety Engineering: Compliance with AS/NZS 5139, IEC 62933, NFPA 855, and UL 9540 for battery installations.

Performance Modelling: Round-trip efficiency, degradation, and dispatch strategy simulations to ensure ROI and grid stability.

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Design Review & Certification: Independent verification of EPC designs, RPEQ/CPEng certification, and constructability reviews.

Procurement & Technical Evaluation: Vendor pre-qualification, FAT/SAT inspection, and equipment compliance assessment.

Construction Monitoring: Schedule control, quality assurance, safety audits, and progress validation throughout site delivery.

Commissioning & Acceptance Testing: Validation of performance guarantees, grid compliance testing, and handover documentation.

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Digital Twin & Data Analytics: Real-time monitoring integration with SCADA and EMS for continuous performance improvement.

Predictive Maintenance Programs: AI-based fault detection and performance drift analysis to reduce downtime.

Lifecycle Costing & Asset Management: Evaluation of O&M costs, degradation forecasting, and component replacement planning.

Sustainability Reporting: Carbon offset tracking and ESG performance measurement aligned with ISO 14064 and GHG Protocol.

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why

Our Purpose.

Why Partner with Us

Ecologiq brings together international project experience, certified engineering capability, and advanced digital tools to deliver complex renewable energy projects at scale. Our holistic approach — combining design, compliance, and operational intelligence — ensures every project is safe, bankable, and built for decades of reliable service.

Contact
Energy & Renewable Division to discuss your next utility-scale renewable project and discover how Ecologiq can provide end-to-end engineering, owner’s-engineer, and technical advisory support.