Monthly Archives: June 2020

Importance of Data Analytics in Management of Business

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In the recent years, with the introduction of Industry 4.0 standards or “4th Industrial Revolution”, corporations in the Manufacturing and Service Sectors are looking at more flexible and efficient ways of running their business. Through intensive studies, they have come to realize the need for a more accurate process to gather information on the way their businesses are run. This is paramount to increasing productivity and future planning for expansion of their businesses.

These are defined as:

  1. Proper management of resources and investment of Equipment & Manpower
  2. The dynamics of technological advances on the use in Internet with Software Applications and pervasive growth of IOT devices with System integration
  3. The way ‘Big Data’ is managed on VPN and Ethernet Servers
  4. Efficient management of their supply chain, support services to their clients and end markets
  5. Cost savings of such management practices to their overall business expenditures and resources

Here I would like to show some of the present growth areas in Data Analytic use in different business sectors

Case Study 1: Marketing and Promotion of new consumer products

In Japan, digital signage with Smart Facial Recognition is used for market surveys & promotion of new products.

A key advertising company engages with a Digital Signage company to place such display consoles at heavy traffic malls and major department stores. Consoles come with key facial recognition software applications.

At certain peak periods, the consoles will play certain advertisements and will record the number of people watching the advert with their age profile. They would also prompt certain promotion vouchers or discount coupons that can be downloaded via Bluetooth or QR Code to the audience for them to buy or try the products advertised.

The number of vouchers or QR code vouchers given out is paired with the facial recognition application to give a profile of the audience dynamics to the advertiser by the Digital Signage content provider. In the course of 3 months, they would be able to compile the success or failure of the promoted products and the popularity of the product to the type of audience that are interested in that product from the advertiser.

Case Study 2: Food and Catering Business

Kitchen Ordering Systems being linked to ERP for the management of the procurement of consumable foodstuff.

Every ordered dish items are tracked and the popular menu items or newly promoted menu items can be tracked to efficiently minimize unnecessary wastage of items that are not popular. Restaurants are increasingly running their businesses based on data provided by such systems to efficiently run their staffing requirements at certain time periods as well as managing their restaurants to be more profitable. Based on such data they can manage their supply chain better on the actual requirements of the foodstuffs and consumables.

Case Study 3: Energy Distribution

Use of smart meters in homes and manufacturing that come with communication modules using RF, Powerline communication modules, Bluetooth mesh networks for meter data.

Smart meters are growing in numbers and are increasingly being deployed. The consumers’ metering data are transmitted to backend Scada systems by Ethernet gateways for billing and compilation of the way energy is used in the power grid of that community or city.

The pervasive use of smart meters in upcoming markets in new economies like China and India is improving the efficiency of the Energy distribution market. These controls prevent pilferage and loss of revenue for the power grid utility companies. Data is also accumulated by utility companies so that the power grid supply can be better managed to meet the demand of the consumer market.

Submetering solutions are now used on automations and manufacturing in factories to better monitor the efficiency of their production equipment on a specific line.

These enhancements improve the servicing and maintenance cycle for efficient deployment of machinery during up and down demand cycles.

With most of their control systems contributing to the accumulation and transfer of these data, businesses have a clearer prediction on how, when and the why oftheir business trend patterns.

The prevalent use of Data Analytic systems are never full proof, as Data Security in the IIOT/M2M spatial arena is still being refined. Protection of such data from hacking and manipulation is still being studied by software companies.

With data constantly being sent back from such remote or open interface architecture which is easily accessible by the public, more robust and intelligent router switches with built in embedded firewalls will be in high demand by these systems integrators.

Phoenix Contacts currently has products with such features in the market, and more implementation of such security features and in its future route map. Contact us at marketing@phoenixcontact.com.sg to find out more!

EMpro – Making Energy Measurement Easy

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Data is extremely important in today’s world and the future.

All stakeholders and industries from machine builders, automotive industry, facility management, steel industry, industrial production, solar industry and datacentres etc. are collecting their energy data and analysing it. This enables them to make important business decisions that optimise their operations, increase productivity and reduce cost.  This should be able to be done locally and remotely.

Why measuring energy is so important?

“If you can’t measure it… you can’t manage it.”

Phoenix Contact’s innovative and coordinated portfolio of sensors and measuring technology can save you a great deal of effort when it comes to energy data acquisition.

Whether complex energy measurements or simple cost center billing: the broad range of multifunctional energy measuring devices and MID-certified energy meters ensures that there is a product for every application. Furthermore, there is a large selection of current transformers available, also for retrofitting.

The fastest way to measure energy

EMpro energy measuring devices acquire your energy data and communicate it to higher-level control and management systems. The user is able to configure and integrate the devices in just a few steps using the web-based, user-guided installation wizard. You can also benefit from the simple, direct connection of conventional Rogowski coils, and from the many practice-oriented web servers and device functions.

The integrated REST interface and direct connection to the cloud pave the way to the digital world in the Internet of Things (IoT). 24 V versions complete the portfolio.

Advantages of using EMpro measuring devices to manage your energy consumption

Set up communication interface, select grid type and configure measuring input: the EMpro energy measuring devices are configured and integrated into the network within minutes. Reduce your wiring and configuration effort, and benefit from smart web server functions.

Directly to the cloud with EMpro – without using a gateway

Access your measured data and component data anywhere in the world, without using an additional IoT gateway. You won’t need an IoT gateway to aggregate data, to convert between local network protocols and IoT protocols, or for encryption. The IoT-capable EMpro device is able to transfer its data directly and securely to the cloud using a router.

Energy data acquisition via Ethernet for Proficloud

Message Queuing Telemetry Transport (MQTT) is an established protocol that is widely used in the context of the Internet of Things (IoT).

It is an open message protocol for machine-to-machine (M2M) communication, which enables the transmission of telemetry data between devices in the form of messages – despite long delays or limited networks.

Using Transport Layer Security (TLS), data can be encrypted and transmitted over the Internet or other networks. It is a hybrid encryption protocol (combination of asymmetrical and symmetrical encryption). It enables the secure authentication of communication devices, i.e., it checks the identity of the recipient or sender. In addition, through encryption the transmitted data is protected against unauthorized access by third parties and against tampering or falsification.

Access to data points via REST API in EMpro

Web services are playing a key role in the growth of companies in a digital world. That’s why we tirelessly research web technologies and incorporate well designed solutions into our industrial components.

One of these solutions now enables multifunctional energy measuring devices to communicate via the REST API (Representational State Transfer Application Programming Interface).

This interface allows you to easily integrate measured data and device data into your building management system without any existing knowledge of industrial network communication.

In local networks, the devices can be easily accessed via the integrated REST API. 

REST or “Representational State Transfer” is a widely used architecture in the field of IT, which is also gradually being adopted in industrial applications. The user-friendly interface architecture uses well-known Internet protocols. Using any browser, data can be retrieved with just a few commands via an HTTP GET request. You do not need long register tables or special knowledge of industrial communication protocols.

Energy data acquisition in an Ethernet network via Modbus/TCP or RESTful API

EMpro – your choice for making energy measurement easy.