PAYLOAD DATA AIDS IN THE RAPID MOVEMENT OF AGGREGATE

Georgiou Group’s fleet was entrusted with moving 600,000m³ of sand, rock and limestone 1.5km between the cut and fill zones of the Alkimos project.

PAYLOAD DATA AIDS IN THE RAPID MOVEMENT OF AGGREGATE

Posted March 20, 2017 |

A major civil construction company charged with moving 600,000m³ of sand, rock and limestone on a land development project completed its assignment in advance and at a significant cost saving to its client – thanks to a combination of surveying, measurement and load and haul programs.

Georgiou Group is a national building construction, engineering and property development company that delivers major projects across Western Australia, Queensland, Victoria and New South Wales.

It is a low cost, high performance company that wanted to improve productivity and cost control on a land development project. The six-month project in Alkimos, about 50km north of Perth, Western Australia, involved moving 600,000m³ of sand, rock and limestone 1.5km between the cut and fill zones. The site measured 2km long by about 600m wide. Georgiou turned to SITECH Western Australia and Trimble Loadrite for help in understanding payloads, the movement of material and the productivity of operators and mass haul routes.

Augmented site solution

In the past, Georgiou had manually collected payload data to map to cost centres. The company had no access to real time data on productivity and material movement, leading to potentially inaccurate and sometimes delayed information.

On this project the Georgiou team adopted a range of Trimble solutions, including the 3D GCS900 Grade Control System, 2D Project Monitoring on haul assets and Loadrite X2350 excavator scales.

Data from this hardware was used by InsightHQ and VisionLink software to improve productivity, increase data transparency and accuracy, and therefore reduce costs. Georgiou used Business Center – Heavy Construction Edition (HCE) software for mass haul analysis and design creation. Utilisation of the SCS900 site controller software and unmanned aerial vehicles augmented the site solution.

Georgiou project manager Jim Ryan and Georgiou machine control lead Ian Hitsert led the project and began by equipping two 125-tonne excavators and one 85-tonne excavator with the Loadrite X2350 excavator scales and 2D VisionLink monitoring devices. The Loadrite X2350 excavator scales reported live data to InsightHQ for analysis and goal-setting. Monitoring devices were also fitted to 16 dump trucks.

The primary goals focused on productivity, tracking material moved, reducing the carbon footprint and keeping staff a safe distance from machines on the jobsite. Trimble’s VisionLink – a fleet, asset and site productivity management software – was then used to capture data from dump trucks, to be analysed and displayed through dashboards available on iPad. The Loadrite system gave excavator operators precise weight information to optimally load dump trucks. Trimble GCS900 GPS systems were used to track project progress and monitor material movement and the locations where material was cut and filled.

Georgiou also used Business Center – HCE’s Corridor Mass Haul module to create a digital terrain model of the Alkimos project site, define haul zones and perform a comprehensive mass haul analysis of the project.

Accurate, real time data

“The technology solution provided by Trimble and the working partnership developed with SITECH WA has allowed Georgiou to discover the benefits this technology can deliver to the business for earthworks projects of this size and nature,” Hitsert said. “The positive outcomes from this project have enabled Georgiou to utilise this technology to manage productivity on future projects. With a better understanding of the Trimble hardware and software, we are now challenging Trimble to provide additional functionality, to further improve productivity.”

Ryan estimated the cost savings to the project were in the order of 20 per cent, explaining one of the biggest advantages of the system was being able to determine and track the cost of moving a cubic metre of dirt on a daily basis. Project management could see how quickly trucks were being loaded and show operators their individual productivity data compared with other operators.

“We had two guys running two PC-1250 excavators and noticed production on one machine was slower than the other,” Ryan said. “We swapped these guys around to see if it was the excavator, and it wasn’t. With accurate data about payloads, we could see this kind of information immediately and easily start the conversation, as we had actual data to point to. We found ways to improve their performance, with more accountability through daily, even hourly, production check-ins.”

Operators running excavators and dump trucks were able to work as normal, loading material from the first cut zone and dropping it at the fill zone. The Trimble SNM940 Connected Site Gateway relayed production data to VisionLink and InsightHQ to gather payload information.

One of two PC-1250 excavators (rear) equipped with the Loadrite X2350 scales.

Trimble’s VisionLink was used to capture live data for analysis and display through dashboards.

Ryan said data from the Loadrite scales centralised performance and productivity information across the range of machine sizes, brands and models.

Ryan and the equipment operators had real time information about load counts, idle times, time stamps when trucks are loaded, and travel time for material movement. From the office and using iPads in the field, supervisors could access information immediately and work with operators to improve productivity.

Ryan said on a daily basis supervisors could see project status, comparing a six-month project timeline to productivity to date. This replaced the old method of manually capturing data that could sometimes be inaccurate and days behind.

“Today, with Trimble Business Center – HCE and VisionLink, we have the real time cost and production status at the touch of a button,” said Ryan.

“We don’t have to go out and do any manual spreadsheets, collecting load counts for all machines and mapping them to cost centres. The technology doesn’t build the job for you, but we’ve taken full advantage of using the data to work more efficiently, and it has had a positive impact on the bottom line.”

To track the progress of material moved at the end of each month, the Georgiou team also ran Trimble’s UAV system to capture point cloud data and build a terrain model of the Alkimos site.

“Because earth was being hauled continuously, there was lag time from when we captured data from the UAV system to when we processed it and created reports,” Hitsert said. “In Business Center – HCE we would re-compute our corridor mass haul volumes to design and track progress in terms of overall volume. Essentially, we would re-compute mass haul, load it into VisionLink and back date it to the day of the UAV flight, which was a big plus for us because then we had a full picture in VisionLink of how much material was moved from that date forward.”

Cost, time savings

Within two weeks of using both Loadrite excavator scales and InsightHQ reports, Ryan and the team realised that although each truck was full by volume, they were under-loaded by weight due to lower density material, and could take a further eight tonnes each.

“We saw quickly from our haul routes and material production reports that loading each truck with 32 tonnes of material was inefficient,” Hitsert said. “To improve material moved per day, Georgiou’s internal plant department fitted steel plates around the tops of all dump trucks so we could carry 40 tonnes of rock, sand and limestone instead of 32. We never would have known this without the Trimble technology.

“As a result, and with the same haul fleet, we were actually able to finish moving 600,000m³ of material in four months, instead of six, providing significant cost and time savings to our client.”

Source: Trimble Loadrite

Improving operational performance with mill lining design

As operators seek to optimise income from mining, operational excellence and the ability to find new productivity gains are key focus areas.

Tactics to achieve this include a re-evaluation of a mine’s maintenance and procurement approach. The two are entwined because a tendency to exhaust equipment and/or rely on tried, tested and sometimes under-performing components can lead to more frequent downtime.

Whether it’s a planned service or an emergency shutdown, any interruption to operations can have costly consequences.

An example where this approach is being put into practice is in milling technology for mineral processing, where new equipment and processes are being introduced to optimise production efficiency. This includes reducing the number of production lines in action at any one time, so increasing mill sizes to enable the same, if not greater, throughput levels.

One of the key advantages to this approach is that scheduled and unscheduled downtime is reduced. However, the activity levels of each mill must be closely managed to ensure that productivity remains high.

Similarly, components used within the mill must guarantee optimum performance and reliability, so that unexpected maintenance or replacement is minimised.

According to Trelleborg engineered products technical manager Zane Thomas, mill liner design and material selection is important to ensure the optimum flow of minerals and longer lasting performance of the lining.

“Liners play an important role in protecting the interior mill shell from impact and wear, while transferring energy to optimise grinding efficiency. These conflicting requirements mean that the lining must be carefully designed to ensure optimum, long lasting performance and reduced load stress on the mill,” Thomas said.

“A key consideration is the material used to make the lining and lifter bars. For some materials, such as composite steel linings, the wear life can be unpredictable due to the quality of the steel, bonding techniques and the cracking of inserts.

“This can become a safety hazard requiring frequent maintenance and replacement, not to mention the additional load in the mill. The result is a loss in efficiency and throughput, increase in power draw and downtime losses, all affecting the dollar per tonne recovery.”

The benefits of rubber compound versus composite steel linings

Used in most secondary, tertiary and a number of primary milling applications, rubber mill linings are almost half the weight of composite steel liners and come with huge advantages, such as the elimination of cracking or falling of inserts during mineral impact, as well as reduced noise levels during milling.

Rubber mill linings are easily monitored and wear life is predictable. Some components can also be designed with wear indicators incorporated, making it easier to identify when the lining needs to be replaced and therefore, when to schedule appropriate maintenance.

As the pressure to reduce unplanned downtime builds, in order to improve efficiency and mill productivity, the ability to measure liner wear becomes invaluable.

An all-rubber lining has been developed for composite lifter bar solutions. For example, Trelleborg recently developed and supplied a cost-effective, long-lasting rubber lifter bar solution for a ball mill in Australia.

The success with the 1605AM rubber compound and design has given Trelleborg the opportunity to offer its clients an alternative to composite steel lifter bars.

“Composite lifters can not only add to the load in the mill, but are also difficult to handle in confined spaces and take much longer to install, adding to downtime and installation costs,” Thomas said.

“The lifter bars made with new 1605AM rubber compound come with added benefits such as easy handling, quick installation time, reduced power draw and noise pollution. The reduction in overall weight decreases the impact on rotating components.”

Downtime is a significant issue faced by the mining industry, and the mining and material processing industry is always looking for ways to enhance availability of the mills that grind and blend materials, Thomas added.

“Trelleborg’s rubber lifter bars offer increased operational efficiencies, significantly reduced downtime, simple wear monitoring and life predictability. In addition, when compared with steel, a rubber solution also provides superior resistance to the severe impact, high temperature and abrasion caused by the comminution of the ore within the mine’s grinding mill, enhancing the life of the mill,” he said.

Trelleborg offers a wide range of rubber lifter bars and plates for ball mills, rod mills and drum scrubbers. The standard rubber lifter sizes from Trelleborg range from 50mm to 250mm wide and 50mm to 350mm in height.

They come with aluminium and steel tracks, with different face angles to suit the milling or scrubbing application. A wide range of shell plates, grate plates, head plates and filler segments, including the backing rubber to protect the mother plate of the mill are also available.

Conclusion

Accessible measures and practices are available to help operators to get the most out of every mill.

Though considered just one of many components vital to mining operations, the lining of a grinding mill plays a key role in optimum comminution and mineral dressing.

Lines are subjected to severe impact and abrasion from the mineral being ground and the media introduced into the mill to help break down the product.

As such, a high quality and high wearing lining is an important part of keeping a mill online and operations running to plan.

Smart mining market set to boom

The smart mining market is on track for substantial growth in the coming years, a new report by Transparency Market Research has found.

According to the report, the global smart mining market was valued at $US5.98 billion in 2014 and is projected to reach $US22.59 billion by 2024. This equates to a growth rate of almost 15 per cent from 2016 to 2024.

“The global mining industry has witnessed as significant transformation in the past few decades,” the report outlines.

“The prime reason behind such transformation is the introduction of numerous smart mining technologies for carrying out mining operations.

“These smart mining technologies include several automated mining equipment, sensors, RFID tags, and various types of mine monitoring and analytics software.”

Key players in the global smart mining market include Rockwell Automation, Trimble Navigation, Hexagon, Komatsu, Sandvik, Joy Global and Hitachi.

The report stated that introduction of smart technologies not only enabled efficient connectivity among miners but also allowed optimal production and recovery with minimum wastage.

“They are also much safer and environment-friendly as compared to the traditional mining technology,” the report continued.

“Operational costs associated with smart mining technology are also very less as compared with the traditional technology. However, deployment of smart technologies in a particular mine involves very high capital cost.

“Mining companies across the world also lack skilled labour force to successfully run such smart technologies and they are investing aggressively in training their existing workforce in order to ensure efficient operations.”

The smart mining market involves automated equipment, hardware and software.

Roy Hill partners with IT provider Ajilon

Roy Hill has partnered with IT consulting and services provider Ajilon to boost its business analytics processes.

Built on Microsoft Azure, Ajilon’s Business Analytics platform will allow Roy Hill to gain key insights across its operations by rapidly processing, amplifying and visualising information.

It will further enhance Roy Hill’s operational processes; increasing productivity and driving down costs.

Jeremy Dennis, national analytics aead at Ajilon, said the platform is capably of processing vast amounts of data (big data), streaming analytics (Internet of Things), visual analytics, data science and model management, from a single technology stack.

The platform can ingest large volumes of data in real time, enabling data scientists and engineers to self-serve visualisation tools, develop predictive algorithms, and combine disparate information sources to discover real value.

Using IoT technology, the platform can also stream near real-time sensor data from the mobile assets to allow faster process analysis.

Four Google resources every entrepreneur should know about

It is almost impossible these days to run a small business without an online presence of some sort. And it is almost impossible to have an effective online presence without at least a little knowledge of how to use the many tools Google puts at the disposal of businesses.

A business owner who learns to use these tools puts themselves at a huge advantage over those who don’t. You will have more potential customers visit your website; you will be able to market your business more effectively; and you will be able to monetise your online presence.

Google is constantly developing and evolving its offerings for SMEs, so it’s worth staying up to date with what the search giant has in its pipelines for small business. Video, local, and mobile are the three key trends business owners need to stay on top of when it comes to Google and small business marketing.

Here are four fantastic resources you can use to learn more about using Google to benefit your business.

1. GOOGLE FOR ENTREPRENEURS

This Google initiative is aimed squarely at startups and is designed to put aspiring entrepreneurs on the path to achieving their business dreams. It’s a vast resource of information that can connect entrepreneurs to startup spaces, incubators, co-working spaces, and more recently, Google campuses around the world.

The Google for Entrepreneurs website also houses easy access to a suite of business tools such as Google Analytics, AdWords, and Google Cloud Platform. It’s basically a one-stop shop with all that you need to learn about integrating your business into the Google ecosystem.

Learning about the online world can sometimes seem daunting to even the most seasoned of digital professionals (trust me!). It is constantly changing, everyone has an opinion (often wildly divergent), and there’s an overload of information out there, with much of it not of the highest standard.

That’s why it’s always worth going back to the source and learning from the people who know their stuff inside out—in this case, Google. The Digital Garage is a designed as an online learning hub that can facilitate individual learning for a wide range of topics, from SEO through to the basics of setting up an e-commerce store.

Another great thing about it is that it’s free. The people at Google are smart (as if we didn’t already know that …) and while the altruism of free courses is commendable, it’s also all about enmeshing and deepening engagement between small businesses and Google. People who know all that Google can do in terms of services and tools are more likely to make use of those tools and services, which is only a good thing for Google.

3. THINK WITH GOOGLE

This is a resource I use almost every day. Think with Google is targeted at marketing professionals but so much of it is totally relevant to anyone who is even remotely involved in running a business online.DiscoverGoogle AnalyticsCoworkingWeb search engine

It has brilliant and instructive articles and videos on topics such as consumer trends and behaviour, as well as marketing for tech trends like virtual reality and plenty more. It makes for great inspiration for your business strategies and ideas.

4. GOOGLE MY BUSINESS

You should certainly be aware of this Google site as it’s the starting point for making sure people can find you through the search engine. It’s a pretty straightforward portal with plenty of resources to help guide even online novices through the process of making sure their business shows up in basic search.

ONE MORE THING YOU SHOULD KNOW ABOUT

YouTube Director is an initiative, launched in the US and UK last year, that helps make it easier for small businesses to make their own YouTube videos. There are three main components to Director:

The YouTube Director for Business app, which helps you shoot, edit and upload an ad to YouTube with a minimum of fuss;
YouTube Director on-site, which gives businesses the services of a professional videographer when the business spends at least $150 to advertise on YouTube; and
The YouTube Director automated video, which creates a video ad automatically from existing assets like logos and app screenshots in the App Store or Google Play Store, and is available globally.

Considering video is such a potent way to reach customers, it’s worth keeping an eye on when YouTube (which is owned by Google) will roll out this complete suite of products to markets such as Australia. Hopefully, it will be soon.

Hexagon Mining snaps up Perth-based tech company MiPlan

Hexagon Mining has acquired Perth-based technology company MiPlan, a developer of mobile mine software applications for field data collection, fleet management, production management and reporting.

Hélio Samora, president of Arizona-based Hexagon, believes MiPlan’s solutions suite will be a formidable addition to the company’s technology portfolio.

“Safer, more productive mines depend on making sense of their data,” said Samora. “MiPlan’s range of apps represents a scalable, real-time mobile production management solution.”

Samora said MiPlan’s MiiNT platform would be particularly significant for Hexagon as it supports the data management, analysis and reporting needs of any sized operation.

The solution streamlines data flows between traditionally disparate systems and departments, simplifies on-demand data interrogation, trend analysis and reporting over live operational data.

Samora added that blast engineers would welcome the addition of MiPlan’s MiD&B application, which provides immediate enhancements to Hexagon Mining’s blast design solution.

“This will close the loop on design, field data capture, reconciliation and reporting,” said Samora.

The MiFleet solution will enhance Hexagon’s operational offerings and appeal to a wider variety of mining operations. It will deliver lightweight fleet management capability with near real-time infield feedback.

“Applied to our unparalleled suite of technologies for planning, operations, and safety, these solutions will empower our customers to act – not react – on real-time data at any stage of the mining value chain, no matter their location,” Samora said.

MiPlan managing director Robert Daw said the range, experience and calibre of the Hexagon group would contribute to the continued improvement of its existing offerings and provide a great platform for the next generation of solutions that mining businesses need to stay competitive.

“An acquisition by Hexagon held great appeal from the beginning due to our complementary solutions delivering immediate benefit to the market. It is also a big leap forward in our vision of aligned mines,” Daw said.

Top 10 products from Chinese Hi-Tech Fair

The 18th China Hi-Tech Fair, themed “Innovation-Driven, Quality-Oriented,” wrapped up on November 21 at Shenzhen Convention & Exhibition Center, highlighting VR/AR technologies and products. Over 3,000 exhibitors from 37 countries displayed more than 10,000 items to visitors and industry professionals.

During the exhibition, the Top 10 products were unveiled in respective exhibition halls. These products, recommended by each exhibition zone and reviewed by experts, are a combination of cutting-edge technologies, inspiring aesthetics, and smart, green, and human-oriented design philosophy, demonstrating marvelous usefulness and user experience.

The Top 10 Products are: IoT Charging Station (Chinese Academy of Sciences, Guangzhou), MEGA Drone (Harwar International Aviation), HIAR GLASSES V2 (HiScene), All-in-One VR G1/G1s (Qualcomm and CooCaa), PMS168 Motor (Dongming Electric Motor), Smart Lunch Box (Nami), Panox One Sports DV (D-Light Tech), the “am:10” Ecological Purifier (Techand Residential Environment), Smart Charging Pile (Wuhan University), and SINGULATO (Zhiche Auto). The G1/G1s, jointly developed by Qualcomm and CooCaa, is the world’s first all-in-one VR device equipped with Snapdragon 820/821. It is the epitome of the most advanced VR technologies in the world and brings users an amazing panoramic watching experience.

International pavilions and the “One Belt, One Road” special zone were also the highlights of CHTF2016. Enterprises from Germany, Czech Republic, Pakistan, Greece and Bahrain all brought their latest products and interacted extensively with visitors. In addition, China’s provincial delegations also brought many local technology companies to the event, contributing their efforts to make China a strong hi-tech nation. Meanwhile, relevant activities such as Smart City Conference, Internet+ Summit Forum, VR/AR Forum and 2016 China Innovation Conference were also held concurrently, gathering government officials, senior business management and industrial professionals to discuss hi-tech issues and share successful practices.

As China’s No.1 hi-tech fair, CHTF has always been paying close attention to the development and trends of China’s hi-tech industry. By gathering the achievements from a broad category of industries including energy saving, biology, energy, healthcare and electronics, CHTF intends to build a platform on which not only exhibitors and visitors can exchange and cooperate with each other freely, the distance between technology and people can also be shortened.

CHTF 2016 Top 10 Products

News sources：CHTF Organizing Committee　Release Date：2016-11-20

IoT Charging Station

Computer Network Information Center Chinese Academy of Sciences, Guangzhou (CNICG)

Booth: 5A05-1

Computer Network Information Center Chinese Academy of Sciences, Guangzhou (CNICG) is an R&D institution jointly invested by Computer Network Information Center of Chinese Academy of Sciences, Guangzhou Municipal Government and Nansha District Government. It undertakes national programs to develop, operate, manage and serve the IoT Identity Management System, and is also dedicated to demonstrating IoT applications and building IoT incubation centers for IoT information services, technological development and talent training.

Harwar Mega Drone

Harwar International Aviation Technology (Shenzhen) Co.,Ltd.,

Booth:2A02 2A04 2A06 2A08

Harwar International Aviation Technology (Shenzhen) Co.,Ltd., founded in 2014 and headquartered in Shenzhen’s Longhua New District, is a startup specializing in the development and manufacture of UAVs. For the Mega series drones, Harwar has obtained 89 patents and has made significant breakthroughs in multi-rotor and the industrial application. Harwar is committed to providing customers with value beyond imagination by positioning itself at the forefront of innovation and premium quality.

HiAR Glasses V2

HiScene (Shanghai) Information and Technologies Co., Ltd.

Booth: 1C27

Founded in 2012, HiScene is a technology company focusing on the R&D of AR technology. It has made significant breakthroughs in computer vision, HMI and AI, and has set multiple world records in many technological evaluation events. Relying on its own AR core technology, HiScene launched China’s first HiAR SDK and the first HiAR Glasses based on the vision interactive AR technology in 2015. In 2016, HiScene rolled out its integrated AR products and services combining HiAR infrastructure platform, AR Cloud, Content platform and smart terminal devices.

CooCaa All-in-One VR Machine: G1/G1s

Qualcomm Inc., Shenzhen CooCaa Internet Technologies Co., Ltd.

Booth: 1A52

CooCaa, a subsidiary of Skyworth Group, aims to be China’s leading provider of VR&AR hardware and integrated solutions. Its G1/G1s is the world’s first all-in-one VR device. Equipped with Qualcomm Snapdragon 820/821, it also boasts many other innovative features including the 6DOF space orientation technology based on inside-out tracking, panoramic sound system and synchronized dual independent optical system. CooCaa also provides customized solutions to meet different demands of different enterprises, and its products can be applied to many areas such as education, real estate, healthcare, travel and advertisement.

PMS168 Motor

Shenzhen Dongming Motor Electric Co., Ltd.

Booth: 2A38

Founded in 1997, Shenzhen Dongming Motor Electric is wholly invested by Hong Kong Weiming (Asia) Ltd. With a history of 15 years, it has become a group company engaged in R&D, manufacture, sales and after-sale services. It is reputed as the “manufacturer of the world’s core electromechanical products”. Dongming is highly competitive in the market as it holds more than 260 patents and has sold 500 million units around the globe. It focuses on technological breakthroughs and innovation and always runs ahead with its cutting-edge technologies.

Smart Lunch Box

Shenzhen Nami Health Science and Technology Co., Ltd.

Booth: 2G52

The smart lunch box produced by Shenzhen Nami Health Science and Technology Co., Ltd. can not only achieve precise temperature control through multiple sensors, but also predict the internal temperature based on the thickness of the food in the box and tell when is the best time to eat. Besides, it can heat the food anytime, anywhere. With low voltage, high safety, low power consumption, unique far-infrared heat transfer mode, it will not destroy the molecular structure of the food and thus keep flavor and freshness to the largest extent. At the same time, with a personal health management APP terminal, it also provides nutrition, calorie and fat measurement functions. Making graphene as its core concept of healthy lifestyle, the company has achieved great breakthroughs by integrating resources, technologies, talents and exploring relevant IoT and new material industries. It has successfully transformed itself from the traditional industry to prevail in the new era.

Panox One Sports DV

Shenzhen D-Light Technology. Co., Ltd.

Booth: 1A72

Shenzhen D-Light Technology. Co., Ltd. is a vertically integrated high-tech enterprise with R&D, Production, Sales and services, with a focus on projection and optical technologies. The company has an R&D team comprised of more than 100 people and has obtained more than 100 patents. With more than 10 years’ research and exploration experience in areas such as optics, communication, automation and the Internet, the core R&D personnel has gained unique technical advantages.

am: 10 Ecological purifier

Shenzhen Techand Residential Environment Technology Co., Ltd.

Booth: 2D65

As a subsidiary of the listed parent company Techand Ecosystem Co., Ltd., Shenzhen Techand Residential Environment Technology Co., Ltd. focuses on the enhancement and management of residential micro-environment by integrating its purification technology with the interior mini-ecosystem solutions. With its core brand am: 10, the company has developed a range of products including 8800, 8700 and 8600. In 2016, it is list among the “first batch of purifier brands that meet the new national standard”.

Smart Charging Pile

Wuhan University

Booth: 8A06

The Multi-functional intelligent charging pile has integrated the DMS active protective multi-information fusion flexible smart charging system and LLC ripple control technology developed by Wuhan University, with communications protocols and charging interfaces that are up to the latest national standards and grid standards. Leveraging the electric vehicle charging big data, it can realize customization, data back-end R&D and multi-platform applications of the charging piles and charging stations. The product is a solution to problems of DC charging piles like the sole charging circuit mode, large charging ripples, outdated software strategy, poor user experience, non-unified interface standards, and lack of smart data elements.

SINGULATO

ZHICHEAUTO Technology (Beijing) Co., Ltd.

Booth: 6B17

ZHICHEAUTO Technology (Beijing) Co., Ltd. is an Internet-based innovative startup founded in December 2014. The company’s business involves new energy vehicles and smart vehicle systems, and the company is also engaged in developing cloud-based IoV services & solutions and investing in innovative technology products. The SINGULATO is a joint product by cross-industry innovation that can realize upgrade and customized extension of automobiles through software upgrade. Unlike traditional automobiles that only focus on passive safety, it pays more attention to active safety, minimizing accidents through the smart driving system.

Plant simulation software for minerals processing

Haver & Boecker have released plant simulation and optimisation software NIAflow for mineral processing and quarry operations.

NIAflow supports users in every engineering phase, from drafting flow diagrams for product pre-calculation, to plant start-up and simulating parameter changes. It assists operators discover the most efficient configuration for existing equipment, determine the equipment needed to increase production, and perform predictive maintenance.

By using the system to simulate the impact of different feed material scenarios on machine capacities, process parameters and product quality measures, issues can be identified before they happen – eliminating future problems.

NIAflow allows users to analyse more than 90 different process equipment pieces, from crushers and vibrating screens to material washers and conveyers. Beyond equipment, the system monitors the operation’s input, output, and waste piles. The program calculates the mass and volumetric flow rates as well as the valuable content with machine-specific operating parameters to prevent plant bottlenecks before equipment is in place.

The system’s intuitive menu control makes it easy for all levels of experience, with Haver and Boecker able to provide training if necessary.

The software is available for download on Windows-based systems. The NIAflow Aggregates version is the extensive, full version of the NIAflow simulation software that allows unlimited machine input. NIAflow Mining complements the Aggregates full version, and offers additional equipment options, such as classifying and sorting equipment.

Protected: Shopping online

Online cloud platform for operational management

Schneider Electric Australia has announced updates to its Wonderware Online cloud platform for operational data management.

Wonderware Online, built on the Microsoft Azure cloud platform, provides users with a solution that combines operational and information technology with security.

The platform is used to consolidate distributed data sources, contextualise that data through advanced applications, and provide enterprise wide access from anywhere on any device.

It includes the Wonderware Online Insight Connector, a productivity tool that allows users to link time-series data stored in the platform to Microsoft Excel and Microsoft Excel online to run custom formulas, perform ad hoc analysis, and create Excel-based reports and charts.

The system provides greater flexibility to access operational data, improved cybersecurity and enhanced navigation capabilities. It also provides accelerated feature updates and augmented intelligent newsfeed analytics – with pattern detection technology that highlights unusual data behaviours and alerts users of potential issues.