#Seimens Programmable Logic Controllers

[apsindustrial]

Future Trends in Siemens PLC Technology

As technology evolves, so does the landscape of programmable logic Software Controllers. This article explores future trends in Siemens PLC technology, including advancements in artificial intelligence, machine learning, and edge computing.

We discuss how these innovations are expected to impact PLC capabilities, enabling more sophisticated automation solutions. Additionally, we consider the implications for industries, including enhanced productivity, safety, and energy efficiency. By looking ahead, this article aims to prepare businesses for the upcoming changes in automation technology and the continued relevance of Siemens PLCs.

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[engineeringenigma]

So I work as a programmer, and the languages I use and the manner I use them in get kind of weird:

- I use python, but only to program the one robot that internally runs python. The dev environment is “here’s a box you can put text, see if you get runtime errors”. If you want a proper dev environment, you can copy-paste code from the robot program into an editor of your choice. They do have a top-level graphical interface if you want each line of code to take up 10% of your screen.

- There’s a language that’s not quite C++ that we use for a different control box. That one’s dev environment will tell you if you made an error when you try to download. Specifically it tells you the first error, and you have to fix it and try to download again to get the second error. The download process takes 20 seconds. If you try to compile offline you get separate errors.

- On the more normal side of things, we have an SQL/ajax/javascript/html thing for handling some of our internal processes. As a change of pace my problems for this one are self-inflicted, because I never figured out how to set up a proper dev environment and just edit everything in notepad++. Someone else finally showed me how to do local environment testing so I no longer take our internal website down if I miss a close bracket.

- We do a ton of stuff in .NET framework, because 20 years ago my work was using VB6 and we never bothered to migrate to C#. I actually have a real dev environment for this one with autocomplete and syntax checking, so of course it’s my favorite. My boss wants to switch this all over to javascript so we can do android/linux deployment.

- A different robot has an internal language that’s not quite python. This one also has a graphical interface that I won’t use because I want more information to fit on my screen. This one also only tells you about syntax errors during runtime, but the most noteworthy thing about it is that the command to move the robot in a straight line is bugged. I think they fixed it to the point where you can’t reboot the controller by telling it to move in a straight line, but you can make it slowly drift off into space until it faults.

- The ladder logic we use is actually normal (for AB, not Seimen’s), but I did add basically a secondary control layer built out of function blocks to handle sequencing. It is very well-documented, a fact that no one cares about when they ask what the heck I am doing with so many function blocks.

- The ladder logic was a little too normal (expensive) so they also make us use the budget version. It’s very similar except there are no keyboard shortcuts, everything takes more clicks, and instead of changing code live you have to reboot everything and wait about 30 seconds if you want to change something.

- There’s a language we use for one of our internal products that I created over about three days because I didn’t want to worry about malicious external code or figuring out a compiler. The parser is just squashed into an entirely different program so that program can control stuff in the background. It does not have arrays or loops, and I didn’t give it string handling for about a year. There’s no dev environment because it’s not a real language. Something like a quarter of the stuff we sell now uses it.

- One of the robots requires programming via menus. If you want to add an if statement, the menu shortcut is F1 -> 4 -> 8. The end if is F1 -> 4 -> 0 -> 1. The program to let you type is a paid add-on. Exponents and absolute values are also paid add-ons. You get 200 numerical memory registers and can’t have local variables. There is no else if.

[vyshakhrlivewire-blog]

PLC SCADA TRAINING - LIVEWIRE

Industrial automation courses have seen a surge in demand recently. This is caused by the needs of the market, and currently, it is for quality automation engineers. The most popular among them are the PLC SCADA courses. If you have proper PLC SCADA training, it may well mean that you are on the cusp of getting a good job. Such is the present situation.

What is PLC?

PLC or Programmable Logic Controller helps in controlling several processes in an Industrial setup. It is an important part of the modern industries since it boosts efficiency and reduces the load on the workforce. Although it was initially set up to reduce hard-wiring, it later managed to be apt for process control, process control, networking etc.

What is SCADA?

SCADA or Supervisory Control and Digital Acquisition help in supervising the process and machinery in an Industrial set up. All the machinery can be monitored from a central location with the help of SCADA. It can otherwise be known as a Human Machine Interface. It gives out alert in-case of any disruptions in the normal functioning of any device.

Both PLC and SCADA are covered in the course. PLC is a hardware-based system, whereas SCADA is software based. Both gives immense flexibility in control. It gives them a reliable base, which in turn increases the overall speed.

TYPES OF PLC SCADA TRAINING AVAILABLE

Livewire prides itself in our ability to understand the needs of the industry and align it with the course work so that the students are fully equipped to get into the job market with aplomb. So, we have six types of PLC SCADA coursesfor the students to choose from.

OMRON

SIEMENS

HONEYWELL & INTOUCH

AB & INTOUCH

ABB & INTOUCH

DELTA & INTOUCH

Although the basics of the coursework would be the same, each will have important additions which will help the student to get a job in the respective field. Even if you are not clear on the course to choose, our team will help you in choosing a course that matches with your goals. The training will end with an industrial project, which helps the students to apply the knowledge they have gained.

PLC SCADA training can you get you a job in many reputed companies like Seimens, ABB, Rockwell Automation, Danaher, Schnieder Electrics etc. And some of the job designations available to you will be as PLC Programmer, SCADA Operator, Maintenance Engineer, Automation Engineer, PLC Operator, Application engineer etc.

The average salary for a PLC SCADA Control / Automation Engineer is Rs 351,993 per year. With an appropriate level of experience, it can reach as high as Rs 1,200,000 per year.

Livewire guarantees you with the best possible PLC SCADA training for you to have an accomplished career ahead. The PLC SCADA automation training at Livewire will be taken by experts in the respective field. And since it’s a classroom training program, students can be sure of the fact that their doubts will never go unattended. This is the right time to polish your skills and boost your chances of a successful career.

[goldsteinresearchinsights]

Singapore Smart Grid Market to Grow at a CAGR of 10.41% (2016-2024)

According to Goldstein Research, Singapore smart grid market is expected to reach USD 1.6 billion by 2024 from USD 765 million in 2016, growing at a CAGR of 10.41% over the forecast period 2016-2024. The factors such as adopting energy tri-lemma strategy, energy security, economic competitiveness and environmental sustainability are majorly driving the growth of the Singapore smart grid market. Singapore smart grid market segmentation has been done on the basis of hardware, software, services and geography. Based on hardware, smart meters held the largest market share of 48.7% in 2016 owing to the smart meter installation plan of the government. Singapore smart grid market large growing capacity for the strategic geographical location i.e. being a tropical country it has huge insulation of solar energy. Thus, 2.8 MW Micro-grid installed that unifies various sources of energy, but solar energy source has the largest share.

Browse Full Report: https://www.goldsteinresearch.com/report/singapore-smart-grid-market-size-report

Market Segmentation

On the basis of our in-depth analysis, Singapore Smart Grid Market can be segmented as follows:

By Hardware

Sensors

PLC (Programmable Logic Controller)

Smart Meter

Networking Hardware

By Software

Advanced Metering Infrastructure Software

Grid IT and Asset Management System Software

Smart Grid Communication Software

Cybersecurity Software

Distribution Automation Software

By Services

Consulting Services

Integration and Installation Services

Maintenance Services

By Geography

Tier-I Cities Smart grid Market

Tier-II Cities Smart grid Market

Tier-III Smart grid Market

“Singapore Smart Grid Market Outlook 2024” contains detailed overview of the Singapore smart grid market. On the basis of our in-depth analysis, the market can be segmented in terms of market segmentation by hardware, software and services.

Further, for the in-depth analysis, Singapore Smart Grid Industry Report encompasses the industry growth drivers, market challenges, risk analysis, market attractiveness, BPS (Base Point Scale) analysis, Porter’s five force model and SWOT analysis. Thiscompetitive intelligence reports also includes competitive outlook of some of the major players profiling of companies such as Silver Spring, GE, Jenko, Omnetric group, Seimens, Schneider Electric,  EnerNOC, NEC, Space Time Insight, Pacific Light, etc. The company profiles include business strategy, geographical revenue distribution, major information of the companies which encompasses business outlook, products, services and industries catered, financial analysis of the company and recent developments. Overall, the report represents the Singapore smart grid market trends along with market forecast that will help industry consultants, technology providers, existing players searching for expansion opportunities, new players searching possibilities and other stakeholders to align their market centric strategies according to the ongoing and expected trends in the future.

Download Exclusive Sample Report: https://www.goldsteinresearch.com/request-sample/singapore-smart-grid-market-size-report

About Goldstein Research

Based in the US, Goldstein Research currently has a strong presence in the American and Asian countries. In the next five years, we strive to expand our reach to 50+ nations spanning across Europe, Asia and parts of the Middle East and Africa. We strive to realize a strong brand presence globally through our quality research and forecasting solutions.

Our mission is simple: to develop insightful business solutions, help our clients make powerful future decisions to keep them well ahead of the game which is the market, and leave a mark across businesses and communities through our well-defined ideas and clear cut forecasts. Our market research reports provide in-depth analysis of global and regional variations along with competitors’ overview. Our analysts working on energy resources industry reports to help various tech-giants, tech start-ups and entry players to assess the current and upcoming business scenario. We believe in vigorous examination of the current market scenario and build around creative ideas and approaches that are most suitable to our clients’ needs and business agenda.

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