With experience in large-scale EV charging infrastructure projects, our experts help you transition your company fleet from petrochemical-based fuels to zero-emission electric vehicles (EVs), ensuring your project is well planned, cost effective and delivers value to your business into the future.
Our end-to-end EV project management service includes project development and relevant site investigations and feasibility studies; design and engineering; and project delivery to ensure all works are delivered to the highest level of safety, quality and compliance.
Croí’s New Energy experts bring a wealth of knowledge in the power supply industry to help our clients prepare for the new energy transition.
With an OEM-agnostic approach, we develop fit-for-purpose solutions for your unique projects to help you achieve your net zero goals.
NEW ENERGY
Project
Development
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Understand clients’ needs and business operations
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Site Investigation and Infrastructure Assessment
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Tailored EV charging solution to suit clients’ operations
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Concept Designs & Layouts
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Preliminary Budget, Program and Risk
Design
& Engineering
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Detailed Electrical Load Assessment
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Charger layout optimisation
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Low Voltage & High Voltage infrastructure design
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Robust design review and constructability analysis
Construction
Management
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Comprehensive Construction Management
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HSEQ and compliance auditing
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Electricity Network Service Provider Interface
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Executive project reporting (financial, program, risk)
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Coordination of testing, commissioning and training
Asset Handover
& Support
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Supply comprehensive asset handover package
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Final Project Reporting
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Training in correct operation of EV charging equipment and systems
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Development of on-going maintenance schedules
Battery energy storage systems (BESS) are critical in the transition to renewable energy at all levels in the power system and can be used to maximise your investment in renewable energy generation or provide network support in time of high demand. Well-designed BESS units can unlock the full potential of renewable energy by intelligently storing and discharging power when it is needed.
Our team can develop, design, optimise and assist in the installation of your BESS unit. The BESS units have many functions including:
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Community Support by providing equity to renewable energy to everyone
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Electricity Network Support to manage peak demands
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Behind the meter installations for self-consumption of renewable energy
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Microgrids and off-grid stand-alone power systems
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Participate in energy arbitrage and FCAS markets to generate revenue
Battery Energy Storage Systems
Community Batteries
Community batteries capture the excess power generated from residential PV systems, store it, and discharge the power into the network during peak demand periods. They can also provide equity to community members without access to their own PV systems so that everyone can enjoy the benefits of renewable energy.
Network Batteries
Batteries connected to the electricity distribution network provide support to the network operator by storing energy during times of over generation and discharging energy during times of peak demand. This can defer or avoid costly infrastructure upgrades.
Commercial & Industrial Energy Storage
The majority of warehouse developments are ideal for the installation of large PV systems >100kW, that can be used for self-consumption or exported to the electricity distribution network. The use of batteries can maximise your investment in PV by storing and using energy when it suits you for the most economical outcome.
EV Charging Support
The cost of upgrading electrical infrastructure for EV charging can be expensive and uneconomical. A battery can be used to supply energy for EV charging for a brief period to complement the existing power supply and defer or avoid expensive network upgrades.
Microgrids are a self-sufficient power source that can be islanded or connected to an existing electricity network using renewable energy sources such as solar, wind, battery and others. Microgrids vary in size from 10kW up to 5MW to supply communities or industrial/commercial applications.
Our team can optimise and design your microgrid to suit your specific requirements, from remote power supplies to on-site grid connected units.
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Standalone Power System (SAPS)
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Rural energy sources
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On-site grid connected
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Design and optimisation
Microgrids
Utilities Support
Croí's expert engineers and project managers are equipped with the knowledge and experience to deliver your renewable energy project. Our proven capability in delivering some of the largest and complex infrastructure projects in Australia on behalf of our clients means you can rely on us to help you succeed.
We can assist you with:
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Transmission Networks
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Distribution Networks
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Reliability and Network Performance Analysis
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Implementation of Distributed Energy Resources
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Non-Network Solutions
