It has proven to be a significant month in the technology release landscape. With the past month’s manufacturer announcements, anticipation began to surround new arrivals, and in September, none was more significant than Tesla Powerwall 3 at Perth Solar Warehouse and PSW Energy. However, as new technology evolves, new implementation standards follow. Welcome to the September McKercher Corporation Bulletin.
Important: These Bulletins are compiled for McKercher Corporation staff and will likely be read in this way. Non-staff members may familiarise themselves with this open-source monthly compilation of key business communication and activities.
Technology: Tesla Powerwall 3
Perth Solar Warehouse received Western Australia’s first Tesla Powerwall 3 this month. Tesla’s third-generation battery isn’t just a game-changer for our customers—it’s also a fantastic opportunity for us to expand our expertise and stay ahead of the curve in the renewable energy industry. With its increased power capabilities and seamless solar integration through three high-current (30Amp) MPPTs, the Powerwall 3 will empower us to offer even more comprehensive and customised solutions for our customers’ energy needs.
Get ready to dive into training sessions and hands-on experience with this cutting-edge technology. We’ll equip you with the knowledge and skills to become Powerwall 3 experts, boosting your confidence and opening doors to new career opportunities. Tesla Powerwall 3 is more than just a product; it symbolises our commitment to a sustainable future through improved design and enhanced end-user experience.
Stay tuned for upcoming training options in the following post, and prepare to improve your skillset above the industry standard.
Teslarati: Tesla Powerwall 3 is now available in Western Australia
Electrical Focus: Lithium Batteries
Safety Requirements for Lithium-Ion Battery Energy Storage Systems (BESS)
The September 2024 fact sheet by Department of Energy, Mines, Industry Regulation and Safety (Building and Energy) discusses the importance of following the AS/NZS 5139 standard, which outlines specific installation, commissioning, and documentation requirements. These requirements are intended to minimise the risks of electrical hazards, energy hazards, mechanical hazards, fire, explosive gases, and toxic fumes.
Some of the critical safety requirements for BESS include:
- Considering the arc flash potential
- Ensuring proper ventilation
- Installing adequate overcurrent protection
- Using appropriate battery management systems
- Monitoring the system for signs of trouble
Following safety requirements, you can help ensure your BESS is installed and operated safely. In addition to the safety requirements, the fact sheet provides information on the benefits of BESS, such as:
- Reducing energy costs for users
- Improving grid stability
- Increasing renewable energy utilisation
BESS are a valuable technology that can help to reduce our reliance on fossil fuels. However, it is essential to be aware of the potential hazards when installing and to follow the safety requirements.
Fact Sheet: Lithium-ion batteries used in battery energy storage systems (BESS)
Electrical Focus: EV Charging
Electric Vehicle Charging facilities in and around Multi-storey Commercial and Residential Buildings
DFES compiled a recent publication about electric vehicles (EVs) and charging facilities in buildings. It discusses the potential hazards of EVs and charging facilities if not considered during installation. The publication encourages adequate planning and designing of safe EV charging facilities. A direct result of improper implementation practices of electric vehicle charging equipment to consider is the additional side-effect that EV fires can be difficult to extinguish and release toxic fumes.
BEB Info Note: Electric Vehicles and charging facilities in and around Multi-storey Commercial and Residential Buildings
