Featured Project: Site-Wide Power Model Update at BMA Broadmeadow Mine

Site Wide Power Model Update BMA Broadmeadow Mine

Our site-experienced Electrical Engineers have the practical knowledge and understanding of site challenges and what’s required to keep your site running 24/7. With our pragmatic approach, our Electrical Engineers are adept at ensuring your electrical system is compliant with Australia Standards, such as AS/NZS 3000 and 3008 while keeping your personnel safe. Read more…

Our site-experienced Electrical Engineers have the practical knowledge and understanding of site challenges and what’s required to keep your site running 24/7.

With our pragmatic approach, our Electrical Engineers are adept at ensuring your electrical system is compliant with Australian Standards, such as AS/NZS 3000, 3007, 3008, 3010, 4871, 2081, AS 2067 and industry standards like IEEE 1584 and NFPA 70E while keeping your personnel safe.

Keeping sites compliant, efficient + safe 

Waterline understands that the electrical distribution systems required to keep your site running 24/7 are extensive. They are complex and constantly changing to support the requirements of operations and future development. To maximise reliability, ensure compliance with Australian Standards and maintain safety, you need a record of how everything is currently connected and calculations, to ensure it will work effectively and safely.

We’ve delivered Power Modelling projects using PowerTools for Windows (PTW) and PowerCAD for major Australian mining asset owners and operators. Our RPEQ Engineers know what’s required to keep your site compliant and personnel safe. It’s because of our knowledge and understanding coupled with our pragmatic approach that clients collaborate with Waterline for their Power Modelling requirements. Like these clients who we’ve supported as an extension to their team. Read the difference our team can make for your site.

Site Wide Power Model Update BMA Broadmeadow Mine

The client required a site-wide power model update in accordance with Single Line Diagrams, which Waterline was updating concurrently
Site was dissatisfied with the previous company who worked on the model, therefore engaged Waterline to complete the work

Waterline’s scope of works comprised:

Updating the site-wide power model
Arc Flash Labels
Coordination of Protection Devices
Load Flow

The client was impressed with Waterline’s quality of work, resulting in Waterline being engaged for this ongoing project
Waterline successfully completed the power model

Collaborate with engineers who treat your assets like their own

Discover how Waterline’s solutions can bring precision and expertise to your engineering projects.

Give us a call on 1300 957 111

Why Site-Wide Power Modelling is Crucial for Mining Operations

Maintaining a comprehensive and up-to-date site-wide power model is fundamental for the safe and efficient operation of any mining facility. This detailed electrical blueprint is not just a compliance requirement but a critical tool for managing complex power systems, ensuring reliability, and preventing costly downtime.

A robust power model allows for accurate load flow analysis, short circuit calculations, and arc flash hazard assessments, all of which are essential for protecting personnel and equipment. It provides engineers with the necessary data to design, operate, and maintain electrical infrastructure in accordance with stringent Australian Standards and industry best practices.

Waterline Projects' Expertise in Arc Flash Hazard Analysis

Arc flash incidents pose a significant risk in mining environments due to the high power demands and complex electrical setups. Waterline Projects specializes in conducting thorough Arc Flash Hazard Analyses, identifying potential risks, and implementing effective mitigation strategies to enhance site safety.

Our engineers utilize industry-standard software and methodologies, such as IEEE 1584, to accurately calculate incident energy levels and determine appropriate Personal Protective Equipment (PPE) requirements. This ensures that personnel working on or near energized equipment are adequately protected, thereby reducing the likelihood of severe injuries.

The Importance of Protection Device Coordination in Mining

Effective coordination of protection devices is vital for isolating faults quickly and minimizing the impact on the overall power system. Waterline Projects excels in designing and verifying protection schemes that ensure selective tripping, preventing cascading failures and maintaining operational continuity.

By meticulously analyzing system parameters and device settings, we ensure that protective relays and circuit breakers operate in the correct sequence during a fault. This prevents unnecessary outages, protects valuable equipment from damage, and enhances the overall reliability and safety of the mine's electrical infrastructure.

Ensuring Compliance with Australian Standards for Electrical Engineering

Waterline Projects is deeply committed to ensuring all electrical engineering solutions adhere to the highest Australian Standards. Our expertise covers a wide range of critical standards, including AS/NZS 3000, AS/NZS 3007, AS/NZS 3008, AS/NZS 3010, AS 4871, AS 2081, and AS 2067, providing our clients with peace of mind and regulatory certainty.

We understand the complexities and evolving nature of these standards, particularly within the demanding mining sector. Our team proactively stays abreast of updates and best practices, integrating them into our design and project execution to guarantee that every project meets or exceeds compliance requirements, thereby safeguarding both personnel and assets.