According to a recent analysis from Research, the market for smart power meters is expected to increase by about tenfold between 2022 – 2030.
The Union Government has announced its plans to install 250 million smart meters by 2022 – 2023 with an investment of around Rs. 3 lakh crores. Furthermore, the launch of 5G networks is expected to provide lucrative growth opportunities to the market as the country’s communication network strengthens. (Report: Report Ocean)
How could it possibly not? It makes sense for the conventional electricity meters to hang their cape and for smart electricity meters to accept the mantle given its apparent advantages in metering and billing for both DISCOMs and consumers.
In fact, utilities will be able to boost the amount of money they can get from customers from $20.8 billion to $35 billion when smart meters become the norm.
On the contrary, there are numerous market-related elements that influence the development (or decline) of certain trends.
Let’s discuss the elements that influence the smart-meter trend and catalyze their implementation.
Plans for using Renewable Energy and Net-Zero Targets
Utilizing renewable energy sources is essential to lowering reliance on fossil fuels as the environment becomes more volatile every day. It will also play a significant role in assisting DISCOMs and energy production companies to stabilize the grids by balancing supply and demand volume, thanks to technology like smart metering and the real-time consumption analytics it facilitates.
When it gets in full swing, an increase in EV charging will significantly load the grid. Therefore, having a smart electricity meter can aid in real-time monitoring. Other smart meter-enabled use cases, such as demand forecasting and precise time-of-use tariffs, are also anticipated to give DISCOMs and EV owners information about the best times to charge their vehicles and avoid using the grids.
Decreased Grid breakdowns and brownouts
Power outages are notable in India, where only the most affluent areas of the city get 24-hour reliable power. This can be explained by the fact that there have been numerous distributions of power setbacks and that it is difficult to see the complete grid. This can be altered by smart electric meters thanks to improved end-to-end grid visibility.
With the deployment of these smart meters, DISCOMs and utilities are capable of keeping track of the health of each node in the grid and even performing predictive maintenance by examining the data from these nodes. furthermore, utilities can look for theft, which is a regular occurrence in abandoned lines found on the outskirts of cities.
Lowering Energy Bills
A desire for customized solutions that let customers optimize their consumption and lower costs will increase along with consumer demand for eco-friendly and intelligent services. Additionally, utilities are able to lower their own energy costs as a result of the use of smart power meters, which benefits both consumers and themselves.
At Neptune India Limited, we’re dedicated to offering metering solutions that assist utilities and consumers in streamlining their energy distribution and usage in order to create a more sustainable future. Visit our website to see the single-phase and three-phase meter boxes in India as well as the rest of our selection of smart metering solutions.
Additional Motivators for the Growing Adoption of Electric Meters
Here are a few additional elements that are influencing India’s adoption of Smart Meters.
The rise in demand in the residential sector can be ascribed to the growing use of household appliances such as TVs, air conditioners, refrigerators, lighting, ceiling fans, computers, and heating equipment, which use more energy.
Due to this dynamic usage, utilities must manage the rising power demand by balancing it with the use of smart electric meters, which not only improve grid operations and reliability but also assist you in power conservation to balance the demand.
Utilize Neptune India Limited’s extensive selection of metering solutions to complete your single energy meter connection and have access to a plethora of data and insights for the best possible power distribution and use.
These considerations will undoubtedly cause the adoption of smart meters in India to pick up speed. And when Smart Electricity Meters take center stage in the DISCOM space, savings, efficiency, and sustainability will follow.
And for the best metering options, Neptune India can check off every item on your efficiency checklist and provide you with metering devices and solutions that can help you save money and resources.
For more information on the aforementioned products, visit our website https://neptuneindia.com/metering-system/ You can also directly contact us to discuss our solutions, costs, and any special requests you may have.
What is a distributor box / Cabinet?
Distribution cabinets, also known as installation distributors, are one of the most important elements of the electrical energy system. The purpose of the switchgear is to split the incoming power supply into multiple circuits. The multiple sub-circuits allow the switchgear to control the power supply more precisely to the different areas of the building. Switchboards can isolate the circuit in the event of abnormal conditions and allow maintenance to be carried out safely. Distribution cabinets, also known as installation distributors. These are ideal waterproof boxes for electronics.
Types of switchboards:
There are many types and sizes of switchgear suitable for different installation projects. Find out more about the different types of control cabinets in detail here.
Loads with the main switch are among the safest and most reliable protection systems for the main power supply. All circuits are fully isolated, and each is RCBO ground fault protection.
RCD dual consumer units
Two RCD consumer units provide less protection. They consist of two banks of circuits, each protected by one of two RCD (Residual Current Device) circuit breakers. These provide effective protection against overheating, electrical fires, and accidental contact with live wires.
High integrity consumer units
Larger buildings with many branch circuits from the incoming mains are more likely to have high-integrity consumer units. They combine double RCD protection with additional RCBOs that can be configured differently.
Perfect for all commercial and domestic applications, the three-phase switchgear provides circuit protection for up to 24 ways. The three-phase distributor is suitable for indoor and outdoor installation.
What is the difference between Type A and Type B devices?
The busbar arrangement on type A switchgear is designed to accommodate single-pole and/or two-pole OCPDs. They typically have a horizontal power rail that supports both multi-pin and single-pin OCPDs. The busbar configuration of Type B switchgear is designed to accommodate multi-pole and/or single-pole OCPDs.
Now that we understand the different types of switchgear, we have created a guide to three-phase switchgear.
Explanation of three-phase and neutral distributors (TP&N):
TP&N switchgear has similar functionality to single-phase switchgear, dividing the power supply into branch circuits while providing adequate protection.
Neptune India Limited’s Three-phase switchboard named variabox is designed for use in commercial environments including warehouses, factories, and other commercial buildings that require three-phase power. At Neptune, we offer a wide range of three-phase switchboards and accessories to suit a variety of projects. Our three-phase switchboard is designed for flexibility, allowing electricians to design a functional distribution system to protect their electrical systems in one compact package.
1. What is energy management?
2. Benefits of Energy Management.
3. ISO 50001 and an energy management system
4. What is an energy management system?
5. How much does an energy management system cost?
6. Is an energy management system mandatory?
1. What is energy management?
To know what an energy management system is, it is first important to know what energy
management is. Energy management system is about controlling, influencing, and controlling the energy
consumption of a building or company.
Thanks to power management, power consumption can be reduced. For this purpose, energy flows
are mapped and energy-saving measures are taken.
Energy spending is a major expense for businesses. After labor and material costs, companies spend
more money on energy. With the current energy prices, this share has only increased.
2. Benefits of Energy Management.
Power management helps reduce power consumption. This has several advantages.
Energy prices had already skyrocketed, and the war in Ukraine drove them even higher. As a result,
more and more companies are struggling to remain profitable. Energy management can reduce
these enormous costs.
With Neptune India Limited’s technology, customers save an average of 12-15% on their energy bill,
but savings of 20% have also been reported. Some of our customers save more than 20% per year.
Due to the “Green Open Access Rule, 2022” announced by the Department of Energy on June 7,
2022, more and more energy consumption laws and regulations are coming into force. Consumer
standards are being tightened in the fight against climate change.
As a result, medium-sized companies are confronted with more regulations. Various laws and
regulations related to energy management are:
Audit requirement of the office for energy efficiency:
• Determine the energy consumption in the organization
• Estimate the savings margin
• Identify the most likely areas (and easier to notice)
• Identify immediate improvements/savings (especially low or no costs)
• Establish a “benchmark”
• Identify areas for more detailed investigation/measurement
• The preliminary energy audit uses existing or readily available data
• The carbon performance scale (if a company wants to be certified on it)
Therefore, energy management with an associated energy management system makes it easier for a
company to comply with regulations.
In addition, solid energy management contributes to your social responsibility as a company by
decreasing your energy utilization, you add to a better planet. Many customers today want their
business to be environmentally friendly. An EMS helps with this.
3. ISO 50001 and an energy management system.
Energy management is inextricably linked to ISO 50001. ISO 50001 is the international standard for
energy management systems. Eligible for the standard are companies that use the right energy
management systems and thus work on their energy efficiency.
In many countries, the NEN manages the ISO 50001 standard but does not issue certificates itself. If
you think your company is ISO 50001 compliant, you should hire a company that can issue the
These companies will then visit you to see if you meet all legal requirements. For example, your EMS
should focus on continuously improving energy management. Assuming you meet the necessities,
you will get the Certification.
With Neptune Energy Management you meet one of the requirements of ISO 50001. Therefore,
implementing our EMS brings you closer to ISO 50001 certification.
4. What is an Energy Management System (EMS)?
An energy management system is the mix of equipment and programming that empowers energy
the executives. Frequently an EMS can be perused from a central point, for example, an internet based dashboard.
The hardware of an energy management system often consists of sensors and extensions. Intelligent
algorithms are the software of the system. These process the data and recommend energy-saving
5. How much does an energy management system cost?
The price of an energy management system can vary greatly depending on the size of your business.
Therefore, it is difficult to give a price for an EMS on a prelim basis.
6.Is an energy management system mandatory?
For many (medium-sized) companies, energy management is mandatory
Our energy management solution is not just an energy management system. With energy advice
from our consultant, we offer you a complete energy management solution.
Advantages of Neptune- EMS
DIN EN ISO 50001-compliant and TÜV-compliant
Direct connection to production (Neptune EMS Cloud Suite)
Configuration import of the Neptune Energy Suite
Cost center accounting with ERP connection (on-demand integration)
Energy efficiency controlling and project planning
Flexible representation and analysis options (e.g., reports, widget-based dashboards, management
KPIs statistic functions)
Efficiency monitoring of conversion processes (e.g., cooling plants, heat exchangers, pumps,
Evaluation of the actual state of the energy based on a defined baseline (according to DIN EN
Neptune Bals- VARIABOX Distributors-
With the demands of technology changing rapidly, finding a distributors system that meets your needs is more difficult than ever. The new Neptune Bals VARIABOX is as adaptable and versatile as your needs may change.
Available in versions S, M, L, XL, and XXL, as a combined wall-mounted or mobile device, VARIABOX can be individually configured with standard or switched power sockets.
But despite many options and variants, VARIABOX remains a distribution system that is easy to install and assemble. Movable Din rail makes the assembly and tests easier. Thanks to the color-coded conductor terminal entry, it is not only fast and reliable but also the correct connection of the conductor is guaranteed. The connection is also maintenance-free and insensitive to shocks, vibrations, and temperature variations.
Front panels for quick cable entry can be designed to meet your needs with a choice of plain top or bottom or threaded and threaded or both. M12, M20, M25, M32, and M40 entries allow the use of industry-standard accessories.
The VARIABOX has a hinged lid feature with a one-touch locking mechanism for more efficient installation, commissioning, and maintenance. The lid opens manually upwards and then locks so the installer has both hands free. The lid closes and locks automatically with light pressure on the folding window so that the VARIABOX never remains open and no dust, dirt, or water can get in.
If you need to expand the VARIABOX systems, it’s very easy. They have a modular design so they can also be connected to large sections of cable, as they have generous internal grommets. Whether to meet your initial design requirements or to meet your system expansion requirements or specification changes, VARIABOX makes it easy to configure the power distribution you want.
Safety and durability are the main features of VARIABOX. The robust design made of high-quality, durable PBT polyester is reliable even in harsh conditions and harsh environments.
- PBT polyester is self-extinguishing and unbreakable, with excellent electrical insulation properties and resistant to:
- Chemical products
- Extreme heat/cold
But it’s not just the operating environment that’s challenging. The growth of the Internet of Things is creating more and more connected devices that require seamless connectivity and reliable performance at all times.
Bals designed the VARIABOX distribution system to work with this advanced technology and allow you to expand your network of devices, expand your business capabilities and increase the efficiency of your employees.
VARIABOX options allow you to make more informed decisions, supported by real-time VARIABOX data feeds. The result is increased efficiency, reduced downtime, and another reason to choose the VARIABOX.
Industrial and multiphase plugs and sockets allow connection to the mains with higher voltages and currents than domestic plugs and sockets. They are frequently utilized in multi-stage frameworks with high Voltage or where they should be safeguarded from natural dangers.
AREAS OF APPLICATION FOR INDUSTRIAL PLUG AND SOCKET
- Chemical & Heavy industry
- Building and Construction Industry
- Film, TV, and Outdoor Events
- Food Processing and packaging industry
- Industrial and Commercial Properties.
- Installations for EDP centers
- Power Generation and Distribution.
- Water treatment plants
- Harbors Installation containers, Shipyards, and shipping Lines
- Oil and Gas Industry
- Agriculture and Farming
- Mining and Tunneling
For what reason DO WE WANT TO USE INDUSTRIAL PLUGS AND SOCKETS:
1) ANTI-SHOCK DESIGN.
In industrial plug and socket, the ground pin is longer than the positive and negative shafts, intending that in all cases the application is grounded first before being charged. Exceptionally protected Design.
2) HIGH PROTECTION.
By utilizing industrial plugs and sockets, individuals are safeguarded with excellent protection materials, so that individuals can’t contact live parts. We can’t express more without expressing that there is an IP67 waterproof item that will additionally safeguard individuals’ security in severe conditions.
plugs and sockets with Ingress Protection (IP):
3) HIGH LOAD CAPACITY.
Household Plugs and sockets are typically 10A; they can barely uphold 4000W power applications. On the other hand, industrial plugs and sockets can undoubtedly carry more KW.
Industrial Plugs and sockets have a typical lifespan of over 10 years and are very high as compared to household sockets and Plugs.
Why domestic plugs and sockets are not appropriate for industrial use.
Industries utilize three-stage power, which makes industrial plugs and sockets different than plugs and sockets made for domestic use.
Domestic plugs and sockets don’t have a satisfactory security design to meet Industrial application necessities.
Did you ever wonder about what is that particular thing which keeps the electricity going on? If no, then you ought to know that it is the distribution board which makes it possible. For all those who do not know, the distribution board is the main electrical power supply source for residential buildings. The main electricity supplying cable reaches the distribution board and is then dispersed into the secondary circuits, including lights and sockets through the circuit breakers. This is important as it helps in maintaining a proper power distribution for the maximum efficiency of each system. Not only this, but it also helps in the protection of electric appliances.
Types of the Distribution Boards
Depending upon various factors, Neptune India has mentioned below the different types of distribution board that you can come across.
Main Breaker Panel
This is the very commonly used distribution board, as it not only protects the circuit but also keeps a track on the amperage power of the panel. A widely used control board, key breaker panels secure the circuits and keep an eye on the amperage power of the device. It protects the circuits from overheating using the circuit breaker which is connected through three wires in each circuit. The main breaker panel due to its function will provide power to the house including that of the circuit breakers.
A fuse box refers to a consumer device that controls and distributes all the electricity. Understanding its location is very important because in case of emergencies you need to turn it off to prevent hazards. They include components which are main switch, male female sockets, residual current device, and circuit breakers.
Subpanels are very easy to use and also increase the safety of your home. These are very smaller in size and help in transmitting power to a different part of the home. The subpanel receives the power from the main panel and can then change the current distribution of the property.
Main Lug Panel
The main lug panels are used when there is upstream in the main breaker panel. The line wire runs through these lugs, due to which the main lug panel is connected to a circuit breaker. When an emergency occurs, the disconnection at the meter will minimize power immediately.
Neptune India is here to help you get all the energy-efficient electric supplies at your doorstep with easy. You can get in touch with us to know more about our services and products.
A junction box, also known as a terminal box or j-box, is a protective box in which all the power supply wires are interconnected. These boxes are also installed into the roof, wall, and concrete plaster. Almost every homes and office have these junction boxes fitted into them. It would not be wrong if we say that these are an important part of the electrical wiring system of a building. This box boasts the protection of all the electrical connections. Usually, you will get them in two sizes which are five-wire and three-wire boxes.
Uses of Junction Box
There are plenty of applications for which the junction box is used for. We will begin by saying that safety is its primary application as it is used to keep the electrical connections safe from rodents and people. When explained, the junction box is a small box that protects the electrical wire terminations from external factors for safe operation. Other than this, there is a multitude of other uses also which we have mentioned in brief below.
- Protects humans from getting in contact with the electrical connections
- Safeguards the cable from moisture and dust contamination
- Deters the rodents from chewing the wires
- Electrical floor plan is organized into small units
- Avoids fires spreading within the junction box
These also contribute to simplifying the electrical wiring of a building. Usually, each junction box in a building represents a separate wiring section. Larger junction boxes protect the entire house. This sort of coordinated arrangement makes it much simpler to do any type of electrical work. In general, we can say that the life of an electrician would have been harder if it hadn’t been for junction boxes.
Tips to Choose the Right Junction Box
As we know that there are different types of junction boxes based on their construction and number of wire connections. Therefore, choosing the appropriate one is very important and this entirely depends on the requirement. Many questions pop up in your mind, such as the need for waterproof junction box or indoor junction box and many more.
To help you, below are some points mentioned which will help you choose the right junction box.
- Protection rating of the junction box
- Number of terminals for wire connection available in the junction box
- Material with which the junction box is made
- Size and shape of the junction box
Learn About Junction Box Protection Rating
National Association of Electrical Manufacturers has framed some very important sets of rules and regulations to assess the grades of electrical enclosure needed for particular conditions. This rating system is known as NEMA, which provides an overview of the model of junction box which is needs for withstanding different external conditions. With this, one can find if a particular junction box can be used in the given condition or not.
To summarize, in the end, we can say that the junction box is the need for ensuring the safety of both electrical connections and humans. So, you must learn about it properly before choosing one for yourself.
As a manufacturer of the energy-efficient and power quality products, Neptune India Ltd. is well aware of the fact that conserving energy is the need of the hour. Therefore, we consider it our duty, as a citizen and a retailer, to make the public aware about the impacts products can have in providing a solution to this crisis.
- Use of Smart Industrial Plugs and Sockets –
Not only energy-friendly, smart plugs and sockets are very pocket-friendly to install and use. They are very convenient to set up and make for automation.
Neptune provides plugs and sockets of protection degree – IP44 and IP67 as well.
With added benefits like wired installation, encounter systems of IP65 (chemical resistance and weather resistance), and polycarbonate junction boxes.
With a wide product range – Domestic AC Outlets, surface mounting, GT connector, etc – the applications of use are also many like, in agriculture and chemical sector, ports and airports, sports complexes, and many institutes till where we can promote our revolutionary idea of energy saving.
- Use of Power Factor Correction Instruments –
Low power correction yields increased electricity bills, decreased productivity, and wastage of power. As a solution to this major problem, Neptune brings to you the best solutions for keeping the proper power consumption in check. It offers the following advanced and updated products to ensure your best interest – Power capacitors, detuned power factor compensator, power factor controllers, automatic power factor correction equipment, and a large range of such products.
- Installation of an Energy Management System (EMS) –
EMS is a highly advanced computer-aided technique used for analysing energy consumption from different sources. Set targets, keep a check, and draw out conclusions about how energy is used.
To bring to you an official win-win situation, Neptune India also offers a range of smart EMS systems monitored by specialists using the latest internet applications to prove that Neptune India works for you. It facilitates the management of energy usage, gives automatic and consistent signals whenever required, provides means to extract information about costs, carbon footprints, and analysis and provides solutions to the same problems for you.
You can use its Power analyses, EMS with software and installation, domestic meters, and panel mounted meters for reduction in deadly environment related impacts and energy costs.
APFC panel is mainly used for the improvement of power factor and has multiple capacitors of different ratings whose switching can get controlled as per requirement. It is useful as a single-point installation which is used to manage the power for a large number of loads. Instead of installing capacitors at the individual locations of each load, it gets to connect with the mains and improve the power factor measured by the electricity meters. It is very cost-effective for those industrial applications, where utility charge is a user based rather than real power.
We can explain the power factor as the ratio of active power to apparent power, and it plays a critical role in measuring electrical consumption.
As in recent times, electricity is becoming too costly. Hence it has become essential to manage the electricity consumption to reduce the expenses.
If you are using electrical installations to supply a large electrical load, APFC panels can be really worthwhile and indispensable. Depending on the operation loads, various kVAR compensation gets required to maintain the proper power factor. The APFC panel contains a multi-step relay connection to multiple capacitors and a microprocessor controller with a program to control the switching operation of the relay.
Below we are sharing the principal features of APFC control panels, which are:
* Supporting high Power Factor with constancy
* Highly efficient
* Stability from excess power in the system.
* Prevents leading Power Factor in low load conditions
* Minimizes harmonic current
* In-built independent fuses
* Easily usable
* Marked buttons and indicators
* Electrical insulation
* Protects electrical equipment
How it manages energy and poor power efficiency:
The APFC power capacitors can be installed at any point in the electrical system. APFC helps to improve the power factor between the end of the power source and the application. However, the power factor which extends between the capacitors and the load will persist unchanged. Capacitors normally stay added to each electronic equipment and work to advance the groups of motors or their primary services.
APFC Panels are useful in managing effectively and automatically changes and disseminated loads by retaining the high Power Factor. According to the ratings of the different APFC capacitors, which get used and the measured uncompensated power factor controller, the controller determines itself which capacitors are to be switched on or off to achieve the optimal power factor.
For Home Inverter or UPS (Uninterruptible Power Supply) APFC can be extremely useful in the purpose of a backup energy system such as a Correcting power factor. Therefore a slightly expensive inverter can be preferred through power consumption remains the same.
In homes today, motor-driven appliances like air conditioners already have an appropriate sized capacitor installed into them.
Electricity should never be overused, but instead should be used to fulfill the requirements. To optimize the use of electricity, it is essential to make sure that there is a correct supply of current via the electrical device. For gaining the required powers for a particular electrical device, the industrial plugs and sockets are used. The electrical equipment is connected to the AC power supply through these sockets and plugs. The electrical connection is then dependent entirely on the plug, wire, and socket. It is an essential part of the electrical sector, where the total connection tends to depend on these three components, and they make use of the benefit of power. Therefore a high-quality plug and socket must be used to maintain security and stability.
For High-Level Appliances
Industrial sockets and plugs are commonly used in all high-level appliances that are used in the industry which require high workplace power. Both of them are engineered for a solid environment such that they are better chosen in certain circumstances, saving the business at a high-cost level due to the issue of operating and treatment.
Strong Wire Structure
The industrial plugs and sockets have a touch of similarity in the form they are, and the materials used to create it. Both appliances use a bike which is their special component that helps with improved current and power protection. They are resistant to corrosion which makes them the strong working ability to the equipment.
Better When Compared to Others
It is very obvious that using these plugs and sockets are way too much safer when compared to the connecting cables and bare wires. They are also affordable and cheap than many others which are used in the industry. It acts as a circuit breaker which keeps the appliances safe while they are in use.
Here are some of the important applications which you need to know. Let us have a look at them:
- They are used in the agricultural sector for pumping, drying, and ventilation equipment.
- This is used indoors where the wiring connections at risk for getting in contact with underwater or toxic contaminants.
- Industrial plugs and sockets are used in the outdoor construction sites in which the wire connections are exposed to bad weather or damp ground.
- Also used in the places where the wiring connections are exposed to water.
- Used in the places where there is a heavy risk of partial flooding and high risks of waves.
These were some of the applications and benefits of the industrial plugs and sockets which will give you an idea of why one should use these.