Achieving Net Zero: Transforming Australia’s Energy Future

EA Technology’s mission is to promote the development of resilient, accessible, low-cost energy networks globally, accelerating the transition to energy decarbonisation.

EA Technology’s talented team has exceptional experience in key decarbonisation sectors such as:

• DER Integration
• DSO Transition
• Electrification of Transport
• Innovation Strategy Development

Positioning us well to lead, collaborate and advise on projects aimed at net zero carbon emissions whilst satisfying the energy demand on a sustainable, productive and competitive basis.

Check out our past projects in the network strategy and transformation field:

LV Network Modelling Solutions:

AutoDesign

An online self-serve tool that provides indication for LV connection capability and budget quotation.

ConnectMore

A transport and network planning software tool.

• Overlays a transport model (that predicts EV charging demand) on the network model​
• Identifies the best location for EV chargepoints – now and into the future​
• Indicates where there is sufficient network capacity for the required connections (and forecasts when intervention will be required)​
• Includes flexibility options in the assessment to optimise use of available capacity and give customers greater choice​
• Provides connection cost estimates to users to streamline the process​​

LV Network Monitoring Solution:

VisNet Hub

VisNet Hub utilises EA Technology’s Low Voltage Common Application Platform (LV-CAP) operating system. This allows network operators to deploy a single hardware unit per substation, incorporating a tailored suite of Apps, analogous to a smartphone, rather than having to deploy multiple devices in each substation with varying functionality and data protocols. The LV-CAP Platform:

• Allow insights to be mined from data locally and consolidated centrally
• Can be combined with a tailored suite of relevant software Apps, allowing operators to distribute intelligence across the network and optimise data transfer volumes in the data rich environment
• Provides local intelligence to allow credible decisions to be made

This rounded solution gives network operators the opportunity to have full visibility and control of their LV network, at the most economic price point.

The Invest Net Zero Cheshire Project

Objective

This project was devised to assist the region in meeting its targets by accelerating industrial decarbonisation.

• Bring capital investment in infrastructure, energy generation, distribution, storage and control systems
• Provide a strategy to secure low carbon, affordable energy, whilst simultaneously supporting energy intensive industries

Summary

The local Ellesmere Port industrial region faces significant challenges in meeting the UK government’s legal commitments to reduce industrial CO2 emissions. This provided opportunities for external investment to decarbonise industry and create more jobs from further renewable and low carbon schemes. This first-of-its-kind scheme is delivering a blueprint for unlocking capital investment to achieve a net zero carbon industrial cluster in Cheshire.

Outcome

This scheme provided an investment roadmap up to 2030, supporting a holistic and cost-effective transition to net zero and improving the region’s competitive position.

EA Technology’s role in this project

• Review and verify the technology solutions
• Model the impact on the local electricity network

Visit http://investnzcheshire.co.uk/ for more details.

Frequently Asked Questions About Achieving Net Zero

1. What does achieving net zero mean?
   Achieving net zero means balancing greenhouse gas emissions by reducing emissions and offsetting any remaining emissions through carbon capture or other means.
2. Why is achieving net zero important?
   It helps mitigate climate change, supports energy sustainability, and aligns with global carbon reduction targets.
3. How does Australia’s energy sector support net zero goals?
   By transitioning to renewable energy, improving low-voltage (LV) networks, and adopting smart grid solutions to manage demand efficiently.
4. What challenges exist in achieving net zero?
   Key challenges include infrastructure limitations, high initial costs, and the need for advanced energy storage and distribution systems.
5. How can businesses contribute to achieving net zero?
   Businesses can invest in energy-efficient technologies, renewable energy sources, and smart energy management systems to reduce their carbon footprint.