Australia’s increasingly renewables-focused grid will create major opportunities and challenges for low-voltage (LV) switchboard production. Artificial Intelligence (AI) is actively transforming switchboard concept, design, and manufacturing processes by enabling adaptive designs, optimised production workflows, and improved quality control.
AI is changing industries worldwide, helping businesses work smarter, reduce costs, and drive growth. It enables computers to analyse data, recognise language, and make recommendations, unlocking innovation across modern computing.
Australia’s AI landscape
The Australian government has acknowledged the strategic importance of AI. Initiatives such as the National Artificial Intelligence Centre (NAIC) and the AI Action Plan aim to build capabilities, foster innovation, and address challenges. Efforts include investing in research, developing skilled workforces, and promoting collaboration between industry and academia.
Australia also has a growing AI startup ecosystem, offering tools that support automation and smarter decision-making, including for SMEs that often assume AI requires major investment or advanced expertise.
PwC suggests trustworthy AI could boost global GDP by 14.7% by 2035, with Asia-Pacific among the fastest-growing regions. Rockwell Automation’s 2025 State of Smart Manufacturing Report forecasts double-digit growth in AI investment, particularly in generative AI and efficiency-driven sustainability.
“In the next 12 months, AI and machine learning will shape quality control, cybersecurity, and process optimisation, ensuring we can take full advantage of accurate, timely data,” says Rockwell Automation Chairman and CEO, Blake Moret.
Opportunities for LV switchboard manufacturers
The renewables-focused grid will demand switchgear that integrates with smart grid technologies, advanced power electronics, and energy storage to manage intermittency and maintain stability.
This affects a wide spectrum of switchboard customers, from transport and logistics to health, defence, telecommunications, utilities, and large-scale commercial infrastructure.
A critical driver is the exponential growth of data centres. Australia has more than 300 facilities and ranks among the top global markets. Sydney remains Tier One, but Melbourne is rapidly emerging as another hub, with IT capacity growing more than 25% year-on-year. Knight Frank reports Australia attracted more than A$10 billion in data centre investment in 2024, the second-largest globally.
Electricity supply for these centres must increase by 20% by 2030, according to the ABC, intensifying demand for intelligent switchboard solutions.
Key AI benefits for switchboard manufacturing
Priorities for manufacturers adopting AI include:
- Efficiency and automation – Automating repetitive tasks reduces error and frees skilled workers for strategic work.
- Quality control and compliance – AI enables real-time defect detection, process simulation, and root-cause analysis, while adapting to evolving standards.
- Data-driven decision making – AI analytics reveal patterns and trends, helping businesses reduce risk and optimise operations.
- Sales and marketing insights – AI helps target customers, personalise campaigns, and appeal to high-demand sectors like EV fleets and data centres.
- Cybersecurity and risk management – AI strengthens defences in increasingly interconnected industrial systems.
- Cost efficiency – SaaS-based AI tools are becoming more affordable and outcome-focused, lowering entry barriers for SMEs.
The cost of AI may trend down further as local specialists emerge. While big tech remains dominant, Australia could become a producer as well as consumer of AI models.
Steps for SMEs to adopt AI
AI adoption need not be complex. User-friendly tools are accessible to businesses of all sizes. Practical steps include:
- Identify “pain points” where AI can remove bottlenecks or inefficiencies.
- Align AI solutions with business goals, whether automation, customer insights, or optimisation.
- Select appropriate tools such as AI-powered CRM, analytics, or automation platforms.
- Train staff so AI supports rather than replaces their work, encouraging innovation.
- Start small, with limited applications, expanding as confidence and results grow.
- Ensure strong data security and ethical AI practices to protect business operations and customer trust.
The bottom line for the LV switchboard industry
The LV switchboard market is entering a phase of accelerated growth, shaped by economic recovery, digital disruption, and global investment. Manufacturers are moving beyond conventional offerings, focusing on digital transformation, ecosystem partnerships, and AI-driven innovation.
Automation already streamlines switchboard assembly through robotic wiring, modular integration, and computer-aided testing. These technologies reduce labour, improve quality, and support mass customisation. AI-powered design software is advancing digital twin modelling and simulation, shortening production timelines.
Ultimately, AI is creating a more responsive and adaptive switchboard ecosystem. By combining automation, predictive analytics, and digital integration, the industry can meet the growing demand for resilient, intelligent power infrastructure across global low-voltage markets.
