November 2020

Manufacturing in the solar industry flourishing

The Australian solar industry is one of the few industries that hasn’t had to rely on overseas products. Despite the impact of Covid-19 on imports, manufacturing in the solar industry has been flourishing. Solar Mounting company Clenergy and local manufacturer Capral Aluminum recently partnered to produce a locally manufactured aluminum solar mounting rail known as the ‘Cutter Rail’. The following Q&A for Australian Manufacturing News www.australianmanufacturingnews.com has been answered by Sean Guzzi, National Channel Manager at Clenergy and Peter Darvell, General Manager South West Region at Capral Aluminium. What’s the current state of the solar industry and how do you see this growing in the future? Sean Guzzi: “Solar panels are getting larger and more efficient every day. From 2010, the dimensions of a solar panel were 1580 x 808mm (1.28m²), and today in 2020 it is about 1956 x 992mm (1.94m²), which is almost double in size. “As solar panels grow, the rails to mount the panel also have to grow. Just like a frame is to a painting, solar mounting equipment is to the solar panel. The mounting equipment aids to fasten the solar to the roof or the ground, using either the roof battens (which is the main structure of the house), concrete, or even ground screws, and provides enhanced aesthetics to the final solar project. ” As the solar panels adapt to the market with the desire for bigger solar systems, we at Clenergy adjust and grow to fit this new environment.” How does manufacturing locally help the industry? Sean Guzzi: “Clenergy was founded in 2007, and back then we predicted to be competitive within the market, we had to manufacture our products overseas. “Today, thirteen years later, we offer a locally made mounting structure, which is a first for the Australian solar industry. This helps […]

Getac first manufacturer to bring integrated LiFi technology to rugged mobile computing market

Getac is working closely with selected strategic customers to commercialise new solution based on specific industry applications and requirements Getac has announced that it is bringing integrated Light Fidelity (LiFi) technology powered by pureLiFi to the rugged market for the first time. The announcement means customers across a wide range of professional sectors will soon be able to enjoy the benefits of fully rugged reliability and innovative LiFi connectivity in a single device, unlocking a host of powerful new applications and use cases. Previously, users wishing to capitalise on the benefits of LiFi technology had to rely on a USB dongle plugged into the side of their device. This approach is highly vulnerable to even the slightest knock or drop, making it unviable in many working environments, such as those found in the defence, public safety, automotive, energy and manufacturing sectors. With this announcement, users across these sectors will be able to purchase a fully rugged solution with LiFi technology fully integrated into the device. The first Getac device to offer integrated LiFi capability will be the recently launched UX10 fully rugged tablet. LiFi technology: Secure, high quality, light-based connectivity LiFi technology uses light to transmit data rather than radio frequency, which is the case with traditional technologies such as WiFi, LTE, 4G and 5G. This innovative approach has a number of benefits over RF-based technologies including: Improved privacy and security: Light can be more easily contained than radio waves, and secured in a physical space. As a result, it is much less vulnerable to hacking or hijacking, while giving greater control over network localisation, asset tracking and user authentication. Superior connection quality: LiFi offers a thousand times the data density of RF-based networks, resulting in enhanced reliability and interference free communications. LiFi also doesn’t interfere with RF signals, meaning […]

Verizon Business takes private 5G global

Verizon Business has announced the launch of its international private 5G platform for global enterprises located in Europe and the Asia-Pacific region. Delivered in partnership with Nokia, the offering will enable businesses to deploy a private industrial grade dedicated 5G network capability within their premises. In addition to ultra-low latency and increased speed, a key benefit of a private 5G network is the ability for businesses, particularly those with manufacturing, distribution and logistics facilities, to deploy a customised on-site mobile network, eliminating the need to transmit data through public networks. “We’ve announced the next phase of Verizon’s global 5G vision with the launch of private 5G for our international customers,” said Tami Erwin, CEO, Verizon Business. “If the past few months have taught us anything, it’s that there’s never been a more critical time for mobility, broadband and cloud products and services. Private 5G networks will be a transformative technology that will drive the new era of disruption and innovation for enterprises around the world.” A private 5G network is a self-contained network whose components all reside in a single facility, consisting of micro towers and small cells and connects to an organisation’s Local Area Network (LAN) and enterprise applications. It will utilise Nokia’s Digital Automation Cloud, a private wireless network solution with automation enablers that will allow for application deployment through a web-based interface. “Private wireless connectivity has become central to many industries in realising their long-term digital transformation goals. By delivering private 5G together with Verizon, we’re paving the way to accelerate digitalisation for the most demanding industries who crave reliable wireless connectivity,” said Brian R. Fitzgerald, SVP Global Solutions at Nokia. Verizon has been leading global efforts around 5G. In addition to its 5G Lab and production studio in London, the Company recently announced a 5G roaming […]

Why manufacturers should consider 3D and robotics to innovate following the federal budget

COVID-19 has brought the importance of Australian supply chains to the fore. As overseas supply chains came to a halt, industries here were significantly impacted as supplies depleted. This prompted the government to consider an initiative that could sustain local manufacturing. The $1.5 billion Modern Manufacturing Strategy was announced in the 2020-2021 federal budget. [1] The Australian government is also providing a further tax incentive that will write off the value of assets for businesses, with more information yet to be released. The funding aims to give the manufacturing industry a chance to reinvigorate and innovate. Manufacturers are encouraged to implement cost-effective practices, which will give smaller manufacturers the opportunity to improve efficiency and competitiveness. The funding will modernise factories, increase exports, and secure a sovereign capability across six priority sectors, including: resources technology and critical minerals; food and beverage; medical products; clean energy and recycling; defence; and space. Taking advantage of the funds, Australian manufacturers can improve operations and increase opportunities with new technology, like robotics and 3D printing, according to Konica Minolta. Using robots to innovate offers many advantages to various activities for manufacturers. Two significant benefits include: 1. Improving warehouses or factory operations. Employees spend a significant amount of time moving goods around the warehouse or factory. Autonomous mobile robots (AMRs) automate the transportation of pallets and heavy loads and can streamline up to 46 per cent of routine tasks. [2] By taking people off manual tasks and using a robot instead, employees can be deployed to areas of more value. Martin Keetels, national manager – emerging technologies, Konica Minolta, said, “For companies in a position to set up a new warehouse, implementing a robotic system will provide an almost immediate return on investment (ROI). However, companies with existing facilities don’t have to redesign to automate; […]