Category Archives: Power

Importance of choosing the right PCB enclosure

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What is considered important when it comes to choosing the right PCB enclosure. Let us guide you through the process.

Price? Style? Service & support? Reputation of the supplier?

In the matter of fact, all of above are essential. The engineers should select the enclosure at first and then choice the mechanical & electronic components to suit the enclosure.
We need to consider

Material
The 3 common plastic enclosures are ABS, Polycarbonate, Polyester which are high functionality, light weight, flexible in design.

The Ingress Protection
The ingress protection classification DIN EN 60529 determines and rates protection against solid particle (e.g. dust) as well as liquid incursion.

The letters IP (ingress protection) is followed by a two-digit number; the first digit indicates the level of Solid particle protection and the second digit indicate Liquid ingress protection. IP Code

Environmental Considerations
How the enclosure will last over many years of operation depends on how well you evaluate the environmental impact of elements such as UV rays, temperature, airborne debris, etc.
Different materials offer varying degrees of impact resistance.

Dimensions
The internal and external dimensions of a PCB enclosure is extremely important. Sadly, in many cases, the PCB is chosen first and this makes it difficult for the engineer to source the best fit enclosure solution.

Modification of Standard Enclosures
The enclosure supplier may need to support modifications with value-added services that include drilling, milling, printing, color, etc. Some suppliers can even provide advance services like fitting membrane keypads, displays on the enclosure, etc as a complete solution.

Ease of Assembly
A complex PCB design may make it difficult to assemble electronic and mechanical components in the enclosure, which make is an important point to consider when selecting an enclosure.

Range of PCB Enclosure

Check out Phoenix Contact’s range of enclosures here

 

We, at Phoenix Contact, understand your problems and offer a wide range of options for shape, color, and function when it comes to choosing the right enclosure. Whether on a wall or on a DIN rail, from light gray to sky blue, narrow or wide, many many to choose from. With the two new enclosures, Universal case system (UCS)  and Environment case system (ECS) added into the selection, it is much easier to choose your enclosure.

Please view the Enclosure brochure.

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Solar Power Energy – Standalone System (PLTS)

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A solar power plant, also known as Pembangkit Listrik Tenaga Surya (PLTS) in Indonesian, is a power generation system that uses solar cells (photovoltaic, PV) to convert sunlight into electrical energy.

Indonesia has vast landmass, a lot of which are remote areas. Thus, it is not possible for all to be connected to the grid (PLN = Perusahaan Listrik Negara = State Electricity Enterprise). However, with abundant sunshine all year round, Indonesia has the ideal setting with a high potential for solar power.

Currently, there are hundreds of small islands in Indonesia that have been installed with a Centralized PLTS. For islands or remote areas that receive general government assistance, the standalone PLTS have an output capacity of 5, 10, 15 and 30 kWp.

Solar Power Energy – Standalone PLTS

Example of a 2KW standalone solar power system

Image by Free Sun Power (http://freesunpower.com)

Called a standalone System or Off-Grid System because the system relies solely on solar energy as the main energy source. It utilizes a solar module circuit to generate electrical energy in accordance with the needs that have been planned.

Solar energy can be converted into electrical energy through the use of solar cells (photovoltaic). Solar cells are components that can convert solar light energy into electrical energy using the principle of the Photovoltaic effect.

The working principle of the photovoltaic effect is the emergence of an electric voltage due to the connection or contact of two electrodes connected to a solid or liquid system when obtaining light energy.

Image by University of Calgary – Energy Education (http://energyeducation.ca/wiki/images/1/11/Photovoltaiceffect.png)

Benefits of using Solar Energy :

  1. Solar energy is abundant and free
  2. Environmentally friendly
  3. Long life time period of use around 25 – 30 years
  4. Cheap maintenance costs
  5. Not Noise (Silent)

Disadvantage of using Solar Energy :

  1. Dependency on the weather
  2. Requires large area for installation of solar modules
  3. Big investment for initial installation solar energy

Efficiency of the PLTS (commonly around 80% – 93%) is determined by the degree of irradiation of the sun (the greater the irradiation value, the greater the power it can generate), the environmental (mountain or sea) temperature, dust and type of solar module, controller, inverter, losses of long cables.

So what makes up a PLTS Standalone System/Off-grid system:

  1. Solar Module
    Solar ModuleThe main function of a solar module is to convert solar energy into electrical energy. A Solar module consists of a number of silicon cells which when illuminated by the sun, will produce photons that can generate electrical current. A set of Solar Panels in one system is called an Array. Generally the most widely used solar modules are crystalline type either Monocrystalline or Polycrystalline. While thin film solar modules are still rarely used (in Indonesia). A solar cell can produce a voltage of approximately 0.5 volts. So a 12 volt solar cell consist of about 36 cells.PLTS Off-grid will consist of several solar modules according to their capacity. For example, a 10 kWp PLTS will consist of 50 units of 200 Wp solar modules or 100 units of 100 Wp solar modules. These solar module is arranged in series and parallel with certain configuration.
  1. Combiner Box
    Combiner BoxIn a solar power plant, solar panels can be arrayed in parallel to produce a larger current. Combiner boxes are  used to connect the positive foot of solar panels to one another. Similarly, for negative legs. The positive foot end of the solar panel is connected to the positive charge controller leg and so is the negative leg. The resulting solar panel voltage will be used by the charge controller to charge the battery.
  2. Fuse
    The fuse is a component to protect PLTS / PV network system. In the event of a short circuit or over-current on the circuit or other load, it cuts the flow of electricity.
  3. Charge Controller
    A tool to regulate the current and voltage both to the incoming current and voltage of the PV panel as well as outflow / used load currents. The voltage and current entering the battery should be as intended. When either is larger or smaller than the specified range, then the battery or other equipment will be damaged. In addition, the charge controller also serves as a guard to ensure the resulting output power remains optimal, in order to achieve Maximum Power Point Tracking (MPPT).
  4. Inverter
    Inverter is a converter that will change the DC voltage (48VDC, 24VDC or 12VDC) on the battery into AC voltage (220VAC or 120VAC) at the output will be channeled to the load. Off-grid inverter can adjust the amount of output power based on the amount of load. so it can be used to turn on household electricity such as lamps, fans, television, etc.
  5. Battery
    In a standalone system , the battery serves to store the solar energy generated during the day so that the energy can be used both in the day and night.The voltage on the battery bank PLTS is generally 48VDC, 24VDC or 12VDC. The battery type that is widely used for such applications is usually a Lead-Acid type, either OPzS (wet battery) or OPzV (dry battery). Batteries used in the PLTS system are a deep cycle type  which means the battery can be discharged up to 80% capacity (80% DOD).In addition to Lead Acid, the other battery type that can be used on a PLTS system is the  Lithium battery. As with any battery on our mobile phone, lithium batteries are known as batteries with high energy density which means the same volume of energy that can be stored by lithium batteries larger than other batteries.
  6. AC Breaker
    The AC Breaker is required to limit the power of the inverter so that the power being injected does not exceed the existing load, resulting in a fire.
  7. KWH Meter
    To measure the amount of electrical energy that has been produced by solar panel can be used kwh meter.

If you would like to know more about which of our products are suited for solar applications, leave me your contact and I will be in touch shortly.

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Fastest and easiest way to connect up for IIOT

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Data is the new oil - Connect up for IIOT

Image by Gerd Leonhard (https://www.flickr.com/photos/gleonhard/)

Have you been hearing a lot about IIOT? Do you want to kick-start IIOT quickly and easily? What is the fastest and easiest way to connect up for IIOT?

If you want to find out more about Phoenix Contact IIOT Connectivity Solution, read on!

Phoenix Contact IIOT Connectivity Solution (PICS)

Like all revolutions, the excitement surrounding the fourth industrial revolution is increasing as the pace to create working cyber-physical systems to fully integrate big data into processes gathers steam. This is evident with more system providers emphasizing on providing a solution capable to gather and analyse big data to create actionable insights for their customers.

https://www.youtube.com/watch?v=HZ07iDk7-tc

How to connect up for IIOT

The first step to create such a system will be to get the IT backbone (Data servers, Software, Enterprise cybersecurity etc) running. Once this is set up, customers and system providers often face difficulty collecting data back into said systems safely and reliably. There will be a need to look for multiple hardware specialists to obtain the necessary hardware. To make sure that the hardware is reliable and safe, companies will usually have to look for multiple hardware providers.  For example:

  1. Industrial communication products manufacturers
  2. Industrial electrical products manufacturers
  3. Industrial electronics products manufacturers
  4. Industrial Cybersecurity products manufacturers

This process is arduous and time consuming to say the least!

To address this, Phoenix Contact (SEA) Pte Ltd has launched an exclusive product for South East Asian market.  Phoenix Contact IIOT Connectivity Solutions (PICS) allows companies to explore the unknown and kick-start IIOT/Industrie 4.0/ other Future Ready Automation Trends with the fastest and easiest way to connect “Things” to Big Data Analytics Platforms.

If so, contact us here today for a free Proof of Concept/Demo box!


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Make-before-break – Terminal Blocks for CT Test

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Make-Before-Break

Make-Before-Break (MBB) is a term “Denoting a switch or other device in which a new electrical connection is made before the existing one is broken”. In short, it simply means, shorting the circuit before disconnecting it.

You may know about MBB when purchasing a relay. But do you know there are terminal blocks designed with MBB in mind too? These MBB terminal blocks can usually be found in power industry applications.

For those who are familiar, you may have come across this term (MBB) during a Current Transformer (CT) testing on a protection relay. However, do you know the importance of ensuring MBB when conducting a CT test with your Terminal? Or what the consequences will be of not having a terminal blocks that comes with a MBB feature during the test?

Protection Relay

A CT will certainly be at risk of being destroyed or even worse (Explosion!) if the secondary is left open circuit while the primary current is present. This is due to the insulation failing from the “higher than rated” voltage that occurs. Therefore it is extremely important to ensure MBB before conducting a live testing. A good terminal block with MBB feature will definitely help you provide the extra mile in ensuring safety.

How does the MBB terminal blocks function and what does it look like?  Here are some good examples of a good MBB terminal block.

  1. A good MBB terminal block must have the feature where shorting is always present first before you are able to break the circuit. It would be best if the terminal blocks are able to automatically perform the short circuit for you whenever it is being disconnected during the CT test.
    Short Circuit function closed Short circuit function open
  2. Clear indication of Short Circuit and disconnection must be visible and this allows your engineers to have an ease of mind during testing.
    PTME
  3. Good MBB terminal blocks should have safe and easy to operate features. Having said that, these features can help to cut short the time while testing (shorten the risk) and ensuring the safety of the person that is conducting the CT test.
    PTME Terminal Blocks for CT Test

So where can you find good MBB terminal blocks for your applications? Phoenix Contact, of course!

With 94 years of experience manufacturing and designing terminal blocks for the Power Industry. Phoenix Contact has never stopped developing new innovative testing terminal blocks that will suits your application, at the same time ensuring safety and quality.

For more info, check out this video of our PTME terminal blocks or visit our website!

If you have more inquiries, please fill in the form and we will get back to you as soon as possible.

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ReSy 104 : Upgrading Control Systems in Power Industry

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Nowadays, in the age of Smart Grids, power systems are getting more complicated in order monitor and avoid system down time. End users /operators require the ability to control everything from big substations to small hangover substations; even to each MV cabinet or recloser located in remote areas such as at a consumer site or along power lines.
So do you meet these requirement within a  reasonable cost especially in existing substations, MV cabinets where installation space is very limited.

Solution with ReSy 104 + PLC

The ReSy 104 remote control communication library is based on the IEC 60870-5-104 protocol.

The remote control system enables communication between the control center and substation via a standard TCP/IP network. You can also use transmission via DSL, SHDSL, GPRS, EDGE, and 3G.

With PLC for Fieldbuses and Ethernet, Phoenix Contact offers a flexible system structure that covers a wide range of application options in a centralized or distributed format. Thanks to a compact design and numerous supported protocols, Phoenix Contact PLC is ideal for applications where compact size and high-quality is required at a competitive price.

How Phoneix Contact's ReSy 104 RTU works.

Fig 1 : How Phoneix Contact’s 104 RTU works.

By combining ReSy 60870-5-104 + PLC Phoenix contact can offer possible applications for

  • IEC 60870-5-104 enables data transmission via a standard network, which can communicate with multiple devices and services simultaneously.
  • Full function PLC with able to communicate with field device via numerous built in protocol such as Modbus , Profibus, Profinet, etc…
  • High standard of security and encryption for reliable data transmission with the FL MGUARD series of security devices from Phoenix Contact
  • Smooth communication between devices from various manufacturers. The supplied interoperability list states which functions are supported.
  • The remote control station can be connected redundantly to two or more higher-level control systems or remote control heads via the ReSy+ library
  • Acquisition of basic data types, such as messages, commands, plus counter values with and without time stamp.
  • Event-oriented communication ensures the active transmission of current events.
  • Historical data backup ensures that data is logged with a time stamp.
ReSy Solution

Fig 2 : Possible solution with ReSy 104 + PLC

To find out more about our ReSy 104 solutions, just leave us your contact and we will get in touch with you shortly.

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Let there be Light

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Let there be light: Phoenix Contact Components for Reliable Power Grids

On 7 July 2017, Phoenix Contact Singapore Team organised a’ Dining in the Dark’ event as part of Corporate Social Responsibility.  In the short 2 hours without our sight, we experienced a range of emotions such as fear and helplessness. This event also allowed us to understand the challenges that persons with visual impairment faced daily. It is truly a meaningful event that we are thankful to be able to experience with the friends we made from work.

Phoenix Contact's 'Dining in the Dark' CSR Event

Phoenix Contact’s ‘Dining in the Dark’ CSR Event

In today’s world, it might not be an exaggeration to say that we will feel the fear and helplessness if we do not have access to electricity. For a start, life-sustaining equipment in hospitals will not be in operation. Many of life’s conveniences such as lights, entertainment, air-conditioning etc. will be stripped from us. For this, electrical grids are always considered critical infrastructure all around the world and efforts are made to ensure the grid is always operating. Phoenix Contact contributes to this reliability with our products. Below are some examples:

  1. Terminal blocks (Clipline Complete)Clipline terminal blocks
    Our terminal blocks are widely used in power industry. For quick installation in Marshalling/Pilot panel, our customers prefer the use of

    • Push-in connectionThis connection method is fast, do not require special tools, safe, ensure consistent and good connection for every insertion and ideal for areas with high vibration. Most importantly, unlike screw connection, over time, push-in connection does not loosen.
    • QTC connectionThere is no need to strip the wire using QTC connection, making it the fastest way for wire installations. Moreover, Phoenix Contact QTC terminal blocks do not require special tools!

     

  2. Protection terminal blocksURTK-6 Test Disconnect Terminal Block
     
    Especially for CT testing, where you have to make the testing circuit before breaking the transformer circuit, it is important to ensure that the “make-before-break” is done properly! Failure to do so results not just in power outage, but often death.
     
    Our solution is our range of test disconnect terminal blocks, clearly labelled to ensure operators know exactly what is being done. There are also ample spaces for accessories for you to do the necessary bridging and testing.
     
    Offering inspiring innovations, Phoenix Contact has come out with a test disconnect system. Instead of manually doing the switching, why not let our system take care of it for you with Fast And Modular Energy system (FAME).
  3.  

  4. DC/DC Converter and Power SupplyQUINT DC/DC converter and Power Supplies
     
    Usually in substations, there will be 110VDC power supply. However, most electronics components (remote IO, network switch, RTU) requires 24VDC/48VDC power input.  For this purpose, many substations around the world choose Phoenix Contact Quint IV Power Supply. 
     
    Your advantages

    • SFB Technology selectively trips standard circuit breakers, loads connected in parallel continue working
    • Preventive function monitoring indicates critical operating states before errors occur
    • signalling thresholds and characteristic curves that can be adjusted via NFC maximize system availability
    • Easy system extension thanks to static boost; starting of difficult loads thanks to dynamic boost
    • High noise immunity, thanks  to integrated gas-filled surge arrester and more than 20 ms mains failure buffer time. Moreover, Phoenix Contact Quint IV Power Supply comes IEC61850-3 certified. This means that the unit can be used even for IEC61850 applications!
  5.  

  6. Interposing relays
    With a wide range of relays, Phoenix Contact has the right solution for all standard relay applications, such as interposing relays.
     
    Your advantages

    • Easy handling, thanks to modern wiring and potential distribution concept
    • Easy extension to a timer relay, thanks to plug-in special function module
    • Complete product range covering all standard relay applications
    • Reliable system for high machine and system availability
    • Available as a complete module or modular system
  7.  

    Easy Wire Termination  Easy Power Distribution  Complete Product Range

    Test Disconnect Push-in Connection

    Our relays with push-in termination technology provide fast and easy tool-free wiring. Simply push the wire into the terminal , using very little force. Remove the wire by pushing done on the release button, using a screwdriver or ballpoint pen.

    Test Diconnect Terminal Block Jumper

    Reduce your wiring time up to 70 percent by using our modular terminal block plug-in bridges. These time-saving bridges ensure a reliable connection and reduces the possibility of wiring errors.

    RIFLINE Complete

    Switch currents up to 16 A. From coupling relays to a replacement for small power contactors; the product range offers the right relay for every application. Benefit from a uniform and consistent system

  8. Heavycon (Heavy-Duty Connector)
    Substations have high EMC and electrostatic interferences. They are also generally not places that people like to hang around in! Heavycon can help to reduce installation/maintenance time and at the same time, ensure reliable power/data/signal transmission. With a modular system, you can combine Fibre, Ethernet, Serial, signals, power all in 1 connector!

HEAVYCON Modular Connector

For example,

  1. the Local control cabinet can be connected quickly to the bay cabinet
  2. The Circuit breaker compartment can be easily disconnected/connected to the switchgear

 

To find out more on how Phoenix Contact's products can help you, send us an inquiry below. Our local representative will get in touch with you shortly.


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Electrical Safety Starts from the Connector

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High Voltage WarningDo you know one common challenge for devices used in areas such as filter and inductor construction, energy distribution and power supply production is Electrical Safety i.e. how to lead the high power through the panel wall safety.

Finding the right wall feed-through terminal block to address electrical safety is a challenge as there are not many suitable solutions for high current and large wire cross-section. It is also unlikely that the manufacturers  will choose the feed-through terminal blocks as early as the design stage. This often leads to manufacturers designing their customized solutions out of sheer necessity; thus resulting in problems such as maintaining touch protection or insulating the current bar from the device housing.

The device manufacturers may also face problem obtaining the necessary certification for their devices. If the device is to be used worldwide, IEC 61800-5-1 and UL 1059 certifications are required. Many solutions in the market are unfortunately not adequately certified.

High Current Feed-through Terminal Blocks

Phoenix Contact offers an extensive range of high-current feed-through terminal blocks for various applications. You can find both pluggable feed-through terminal blocks and feed-through terminal blocks for permanent connections. The pluggable feed-through terminal blocks permit quick replacement and are thus service-friendly. In addition, the conductors can be preassembled. However, feed-through terminal blocks for permanent connections are more economical.

Do you know Phoenix Contact has been providing these feed-through terminal blocks for almost three decades?

Device manufacturers can choose the connection option to fit the application: fast push-in connectors, T-lox, conventional screw connectors, or simple bolt connectors. The connection areas range from 4 to 150 mm2 and the current-carrying capacity is up to 309 A.

These connectors come in standard and moulded designs, either with horizontal or vertical connection directions. The moulded version ensures high leakage resistance, even when a small amount of moulding compound is used. The product range provides various connection options for space-saving connections in all installation locations. This means that device manufacturers can flexibly select the connection type, direction, and cross section.

The Smart Grid: How automation empowers the future of Electricity

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Smart Grid plans for the future and beyond

Exemplary model of the future Smart Grid – Automation in Electricity

The “smart grid” is a rapidly growing set of technologies, processes, devices and applications that affect and enhance the traditional electric grid.

These advances are partially driven by exponentially growing demands worldwide for energy as expressed in a commonly repeated statistic that “global electricity demand is expected to increase 75% by 2030.”

What’s happening with the smart grid also reflects developments made in communications, from Internet to cellular to wireless, as well as higher expectations from consumers regarding energy availability, rising energy costs and access to their energy information.

A smarter grid will also help integrate renewable energy including wind and solar into the energy mix.

Defining the Smart Grid

To understand the smart grid, you first need to get familiar with the 125-year-old electric grid. Most people don’t think about where the electricity they’re using comes from or how it gets to their homes and offices.

The electric grid consists of several main touchpoints in an overall system that gets electricity from creation to the end user:

The main touchpoints for electricity include:

  1. Generation — the creation of electrons that make up electricity.
  2. Transmission — moving high-voltage power from generators at power plants through transmission lines, reducing it down to 12,000 volts.
  3. Distribution — where transformers convert power to the 110 volts running in residentials
  4. Retail — the metering, monitoring, and measuring of power usage that results in a bill to the consumer from a utility company.
  5. Customer/Consumption — the end user experience with the power.
Conventional Power Grid

Diagram of how a conventional grid looks like

Smart grid technologies and innovations occur at — and can affect — any and all steps of the electricity ecosystem. Some are more focused on the utility side while others address the customer.

Smart Grid Developments

In the “old days” up until the last 10 to 15 years, utility workers — meter readers — were deployed into neighborhoods to read and write down data retrieved from energy meters in people’s back yards.

The first major change to this process came in the form of Automatic Meter Reading (AMR), through which meters communicate via a one-way signal to a truck that is driven through neighborhoods to collect data.

AMR collection

Collecting data used to be arduous and manual. Requiring long man-hours.

With advancement in technology, there’s the Advanced Metering Infrastructure (AMI) going beyond just reading meters and sending data to utilities — it also sends information back to the home and to the consumer.

AMI systems, automatic data across channels

With AMI, information can be transmitted to individual homeowners as well as utility offices for record purposes.

Smart meters aren’t effective without some kind of communications method to transmit data such as cellular, Wi-Fi or other wireless protocols.

Unlike cellular systems such as GSM and GDMA, Phoenix Contact’s wireless system isn’t optimized for tens of users but instead for tens of thousands of “users” that are in actuality devices, such as meters and sensors.

Our system is designed for extremely long-range and broad coverage so utility companies can deploy these communication networks more cheaply and reach more devices more effectively.

Other interesting developments in the Smart Grid would be the availability of web portals and dashboards that present aggregated power usage data in ways that are understood even by laypersons.

Such software and services, connecting to the Internet display real-time data about the power consumption via a short-range wireless system.

Information like these was never thought of before and it can assist in regulating power consumption in homes or in industrial plants, saving tons from electricity wastage.

Eventually, with systems like this along with “time-of-day pricing,” you will know exactly how much money you’re spending down to the minute, and you’ll be able to modify your behavior to use your appliances at different times.

Or better yet, you’ll benefit from an automated system that regulates usage for you based on your usage habits and peak usage times to run certain appliances at “cheaper” times of the day.

Global Smart Grid Adoption is Going Strong

Smart grid adoption is happening across the globe. Examples are:

  • Toronto, Ontario, Canada— Ontario was the first province in Canada to introduce what is referred to as “time-of-use pricing.” The system is said to have 100% smart meter deployment.
  • Texas, U.S.— The electricity market in the state of Texas has been deregulated, and the state has close to a 100% saturation of smart meters along with an automated system to give customers their energy usage data through smart grid technology and web portals.
  • Scandinavia— At 100% penetration, citizens of Sweden and Finland are seeing the benefits of the smart grid, including in-home smart technologies.

While the United States may be spending the most money on smart grid tech innovation and deployment, other countries making significant headway with implementation include Australia, New Zealand and parts of Europe, including Germany, Spain, the United Kingdom and France.

In Asia, while Japan and South Korea are already heavily invested in the smart grid, China is poised to become a major investor. Asia and Latin America are seen as emerging smart grid markets as they roll out smart meter programs in India and Brazil.

Japan is moving towards smart electrical grids

Electric cables in Japan

In future, for Smart Grid technology to further grow exponentially, the following implementations need to be considered:

  • Data connection between demand (when you turn a light on) and generation (energy being created in a power plant). If you can get more granular data about usage, you can better forecast energy needs and usage, which then can be applied to create more efficient energy generation.
  • Electricity storage. When there’s low energy demand, excess energy should be able to be stored and then accessed or discharged during peak usage periods. For an example of storage on a small scale, consider an electric vehicle — when turned off and plugged in, it’s storing energy to be used during the day when the car is running.
  • Automated energy efficiency for consumers. Businesses do not usually have the time or inclination to proactively make their offices, factories and other environments more energy-efficient. In order to reduce energy usage and shift grid load, we need more services that automatically make smarter energy choices.
  • The private market needs to step up to the plate. Instead of relying on government-sponsored programs, the private sector needs to develop products and/or services that can be easily packaged and delivered to consumers. For example, a telecom company could add an energy efficiency program to its offerings, adding a commercial layer to the smart grid so it becomes more accessible to consumers.

Regardless of where the innovations are coming from, smart grid infrastructure serves utilities and consumers by leveraging information technology to bring advanced communications to a previously “dumb” network.

By putting a greater emphasis on information retrieval, aggregation, reporting and analysis, the potential to save on energy and modify energy consumption behavior can benefit everyone.


To download our IIOT Informational Booklet (which contains our IIOT starter guide via PDF) submit your email below and we'll send you a copy via email, absolutely FREE!

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You will also be given the opportunity to join our invitation-only seminars on IIOT, onsite demonstrations, and a sample of our PICs (Phoenix Contact IIOT Connectivity Solution) box for a limited period.

IIOT systems


Don't worry about cost no more!
Try out our IIOT systems before making a decision.


 

Phoenix Contact Has Industrial PCs (IPC) Too!

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Phoenix Contact has come a long way with our IPC.  Yes! Industrial PCs. We have always been known for our terminal blocks and other passive components such as relays and PCB connectors. However, Phoenix Contact is not a name one would link to IPCs.

Hydroelectric Power Station

Source: Ontario Power Station

Embarking on a drive to introduce active components during the 1970’s, the ‘Second Industrial Revolution’, success was achieved in the European Automotive market since it was a period of rapid growth. With the mass production of cars fueling industrial progress, our INTERBUS range of automation products soon elevated Phoenix Contact to become a household name in the European Automotive Industry.

Unfortunately, the same success could not be replicated in Asia.  With Japan being the only player in the past 5 decades and in recent times China, Thailand and Malaysia, the Phoenix Contact name did not really catch on in Southeast Asia for Automation products such as the Programmable Logic Controllers (PLC). Nevertheless, in the last two decades, Phoenix Contact continued to develope a wide range of automation products targeted at other industries.

One such industry is the Power Industry.

More Than Just Terminal Blocks

In one of our recent roadshows, we found out that a hydroelectric dam managed by the local utilities authority was expanding with two new plants. Our customer was in need of our components such as digital display, measuring instrument, relays, terminal blocks etc…and we provided them with samples to test.

During the engagement with the project team, we realised that they were in need of an Industrial PC to use with their software to drive the Power Management System.  We proposed our product but the team was skeptical if our IPC would be compatible with their software. They have had no prior experiences with our IPCs.

Consequently, we loaned them a sample for testing. Reformatting our IPC to install a fresh copy of their software, our hardware was connected and tested with their system. The team concluded that our IPC was 100% compatible with their software.

Why Phoenix Contact’s IPC?

Phoenix Contact’s IPC was chosen not just because it was 100% compatible with our customer’s software but because of our teams dedication to ensuring that our customers would be successful integrating our products into their system.

Throughout the testing, our team provided close support and technical assistance to help streamline their engineering and design process.

What Products Do We Recommend?

EMPro Energy Meter

EMPro Energy Meter

Measuring instrument – EEM-MA600 – 2901366 : For measurement and indication of electrical parameters (voltage, current, frequency, etc) in which voltage and frequency are converted to analog outputs to feedback to Power distribution system for generator control.

Digital Display

Digital Display

Digital display – FA MCR-D-TUI-UI-2REL-UP – 2907064: For the measurement and indication of generator bearing and winding temperature via RTDs. Relay outputs from digital display triggered upon reaching temperature threshold.

Industrial PC (IPC)

Industrial PC

Industrial PC – BL PPC 7000 – 2701398 – For the running and operation of the Power distribution software.

Relay module

Relay Module

Relay Module – PR2-RSC3-LDP-24DC/2X21 – 2834643: Used as interposing relay which requires at least 10A.

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Or you can call Wayne Yang @ +65 9072 2580