Grid Connection Failure and Renewable Energy EMS
One thing is prevalent for every renewable energy project: getting connected to the grid – first time, with zero surprises. Renewable energy EMS can help mitigate this risk by ensuring better coordination and smart energy flow, making projects more resilient and reliable.
In this video Jordan Zhao, Managing Director of Australian Control Engineering (ACE), discusses the issue of grid connection failure. Specialising in renewable energy projects, ACE has particular expertise in SCADA, control systems, and grid connection compliance. Over the years, we’ve seen one thing derail more projects than anything else: grid connection failure.
Not because of the individual hardware and software components like wind turbines, inverters, or batteries, but because the control, communication, and compliance pieces weren’t engineered properly from the start.
That’s why we created the ACEems CONNECT Framework – the 7-Step Renewable Grid Connection Method EPCs Trust.
Why Paperwork Audits Miss the Real Grid-Connection Risks
Many believe grid-connection compliance is just paperwork, but most failures stem from engineering missteps rather than missing documents. Misaligned SCADA logic, flawed communications architecture, and unsuitable hardware/software often derail projects. ACE’s ACEems™ Risk & Readiness Audit goes beyond checklists. We examine critical engineering decisions to guarantee smooth grid connection.
The CONNECT Process
C – Consult Early
We engage with EPCs, developers, AEMO, and TNSPs before design begins so every requirement, constraint, and data expectation is clear.
As a result, early risk is removed.
O – Optimise Design
We engineer the full communication and control architecture to meet AEMO and TNSP standards from day one.
This results in a compliant, fit-for-purpose design.
N – Network Develop
We configure all PLC, RTU, SCADA, and protocol logic to match the engineered design, resulting in a solid, reliable technical foundation.
N – Network Integrate
All control, telemetry, and monitoring systems are unified into one secure, interoperable network. This means that everything works together long before it reaches site.
E – Evaluate and Verify
We run full bench testing, simulation, and compliance verification with evidence. As a result, there are no surprises when it’s time to commission.
C – Commission
This step involves on-site commissioning, communications checks with utilities and TNSPs, and final acceptance testing. This results in first-time-right energisation.
T – Transfer and Train
We complete handover, documentation, and training so your team knows the system and can operate with confidence. resulting in a fully compliant, grid-ready renewable asset.
Contact Us
If your goal is first-time grid connection without delays or reworks that can stall approvals, delay energisation, and increase the financial exposure for developers and investors – this is the method that EPCs rely on. This is ACEems CONNECT: the 7-step process engineered for renewable project success.
Engage early to avoid surprises and ensure your renewable energy project connects smoothly. Contact us today to discuss how ACEems™ CONNECT can help your next project succeed.
If you want to understand the real risks in your project before they become expensive problems, visit aceems.com/auditkit and tell us more about your project.
At ACE, we like to engage early with our clients so we can help you avoid costly grid connection delays down the track.
Call us: 1-300-561-881
Visit: acectrl.com/contact-us | aceems.com/contact-us
Email: sales@acectrl.com
Take our quick 3-minute self-assessment to identify gaps before they turn into costly delays by visiting the ‘Readiness Assessment’ tab at https://aceems.com/resources
