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GPRS 4g smart metering

GPRS 4g smart metering

4G smart energy meters, equipped with advanced communication capabilities, have revolutionized the way we monitor and manage energy consumption. These devices offer real-time data collection, remote control, and enhanced data analysis, making them invaluable tools across various industries.Residential Applications:Accurate billing: 4G smart meters provide precise energy consumption data, enabling utilities to generate accurate and timely bills.Energy efficiency: Real-time consumption data empowers homeowners to identify energy-wasting habits and implement energy-saving measures.Demand response programs: Utilities can leverage smart meter data to manage peak demand, reducing strain on the grid and lowering overall costs.Remote monitoring and control: Homeowners can remotely monitor their energy usage and control appliances, optimizing energy consumption.Commercial and Industrial Applications:Energy auditing and optimization: Businesses can conduct detailed energy audits to pinpoint areas for improvement and implement energy-efficient practices.Demand management: Large commercial and industrial consumers can participate in demand response programs to reduce energy costs during peak periods.Asset management: Smart meters can monitor the performance of electrical equipment, enabling predictive maintenance and reducing downtime.Microgrid integration: 4G smart meters facilitate the integration of renewable energy sources and energy storage systems into microgrids.Utility Applications:Network monitoring: Utilities can monitor the health of their distribution networks and detect potential issues before they escalate.Outage management: Smart meters can quickly identify and isolate outages, accelerating restoration efforts.Load forecasting: Accurate load forecasting enables utilities to optimize generation and transmission, improving grid reliability.Other Applications:Smart cities: 4G smart meters contribute to the development of smart cities by enabling efficient energy management and supporting the integration of various smart technologies.Agriculture: Smart meters can monitor energy consumption in agricultural applications, such as irrigation systems and greenhouses.Benefits of 4G Smart Energy Meters:Improved energy efficiency: By providing real-time data and enabling remote monitoring and control, smart meters empower consumers and businesses to reduce their energy consumption.Enhanced grid reliability: Smart meters contribute to a more resilient and efficient grid by enabling utilities to better manage demand and detect and respond to outages.Reduced operational costs: Smart meters can help utilities reduce operational costs by improving efficiency, optimizing asset management, and reducing losses.Data-driven decision-making: The vast amounts of data collected by smart meters can be used to inform data-driven decision-making, leading to more sustainable and cost-effective energy management.In conclusion, 4G smart energy meters have a wide range of applications across residential, commercial, industrial, and utility sectors. These devices offer significant benefits, including improved energy efficiency, enhanced grid reliability, reduced operational costs, and data-driven decision-making. As technology continues to advance, we can expect to see even more innovative applications for smart meters in the future.

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Wifi Smart Metering

Wifi Smart Metering

WiFi Energy Meters: The Powerhouse of Smart HomesWiFi energy meters have revolutionized the way we monitor and manage energy consumption in our homes. These smart devices, equipped with wireless connectivity, provide real-time data on energy usage, empowering homeowners to make informed decisions about their energy consumption.Key Applications in Smart HomesIntelligent Appliance Control: WiFi energy meters can be paired with smart plugs and switches to remotely control and schedule appliances. For instance, if the water heater's power consumption is excessively high, the system can automatically cut off the power to prevent overspending.Comprehensive Energy Analysis: By collecting and analyzing historical energy usage data, WiFi energy meters generate detailed reports, helping users identify high-energy-consuming appliances and adjust their consumption habits accordingly.Energy Consumption Alerts: Users can set up alerts to be notified when energy usage reaches or exceeds specified thresholds, enabling timely adjustments to energy consumption behavior.Integration with Smart Home Systems: WiFi energy meters can seamlessly integrate with other smart home devices, such as smart speakers and smart hubs, enabling voice control, scene linking, and other features. For example, when a user says "I'm going to bed," the system can automatically turn off the living room lights, lower the air conditioning temperature, and monitor the bedroom's energy consumption.Beyond Smart Homes: Other ApplicationsIn addition to smart homes, WiFi energy meters find extensive applications in:Commercial Buildings: Monitoring energy consumption in office buildings, shopping malls, and other commercial spaces to optimize energy management and reduce operating costs.Industrial Production: Real-time monitoring of energy consumption in production equipment to identify anomalies and improve production efficiency.Data Centers: Monitoring energy consumption in data centers to optimize cooling systems and enhance energy utilization efficiency.Advantages of WiFi Energy MetersReal-time Monitoring: Real-time access to energy usage data allows users to stay informed about their consumption.Remote Control: Remotely control appliances using a smartphone app or smart speaker.Data Analysis: Detailed energy consumption analysis reports help users make more informed energy consumption decisions.Energy Saving: Effectively reduce electricity bills by optimizing energy usage.Environmental Friendliness: Reduce energy waste, lower carbon emissions, and contribute to environmental protection.ConclusionWiFi energy meters are emerging as powerful tools for smart homes, offering a wide range of applications. By combining WiFi energy meters with other smart devices, we can create more intelligent, energy-efficient, and comfortable living environments. As technology continues to advance, we can expect even more innovative applications for WiFi energy meters in the future.

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LoRaWan Smart Metering

LoRaWan Smart Metering

LoRaWAN AC Energy Meter: A Powerful Tool for Smart Energy ManagementAs a smart energy measurement device based on LoRaWAN low-power wide area network technology, LoRaWAN AC energy meter has shown broad application prospects in the field of smart energy management with its advantages of low power consumption, long distance, and strong penetration.1. Smart Home & Building AutomationReal-time energy consumption monitoring: Accurately monitor the real-time energy consumption of each electrical device in a home or building, providing users with intuitive energy usage data.Electricity Optimization: Through the analysis of electricity consumption data, personalized energy-saving solutions are formulated to achieve electricity optimization and reduce energy costs.Device linkage: Linkage with smart home system to realize remote control and automatic management of equipment and improve living comfort.Anomaly detection: Timely detect and alarm abnormal power consumption, such as leakage, overload, etc., to ensure the safety of electricity consumption.LoRaWAN has already become the de facto wireless protocol for smart buildings by providing low power, long range connectivity within large-scale commercial implementations. LoRaWAN allows building managers, owners, tenants and service providers to view building functions remotely and ensure all the things within the building work in harmony. Lorawan power meter is an measurement instrument in this loop.2. Industrial Internet of ThingsEquipment Energy Management: Monitor the energy consumption of industrial equipment, optimize production processes, and improve energy efficiency.Fault warning: Through the analysis of equipment operation data, early warning of equipment failure, reduce downtime and reduce production costs.Asset tracking: Realize real-time positioning and condition monitoring of industrial equipment to improve asset management efficiency.3. Smart agricultureIrrigation Monitoring: Monitor soil moisture in farmland to achieve precise irrigation and save water resources.Temperature and humidity monitoring: monitor the temperature and humidity in the greenhouse to provide a suitable growth environment for crops.Energy management: Monitor the energy consumption of agricultural facilities, optimize energy use, and reduce agricultural production costs.4. Smart citiesStreet lamp management: Realize remote control and intelligent dimming of urban street lights, reduce energy consumption and extend the life of lamps.Environmental monitoring: Monitor urban air quality, noise and other environmental parameters to provide data support for urban management.Public Facilities Management: Monitor the operation status of public facilities and improve the efficiency of urban management.LoRaWAN® is the solution for many of the challenges that Smart Cities face and is particularly suited for smart city applications that would benefit: Communicating across distances ranging up to 15kms, Low operation and maintenance costs etc. LoRaWAN and LoRaWAN energy meter adds a dedicated purpose-built network for the Internet of Things applications, freeing up other city communication infrastructure to be more cost-effectively utilized, more efficiently employed and to realize greater returns on investment (ROI).5. Power industryDistribution Network Monitoring: Monitor the operating status of the distribution network and improve the reliability of power supply.Electricity theft monitoring: Detect and stop electricity theft in time to reduce power loss.Demand-side response: Through the analysis of user power consumption data, the demand-side response is realized and the load of the grid is optimized.Advantages of LoRaWAN AC Energy Meter:Low power consumption: Battery-powered, it can run for a long time without the need for frequent battery replacement.Long distance: Long transmission distance and wide coverage, suitable for large-scale deployment.Strong penetration: The signal has strong penetrating ability and is not blocked by obstacles such as buildings.Low cost: Low deployment cost and easy to roll out at scale.High security: Encryption technology is used to ensure the security of data transmission.summaryAs a new type of intelligent energy measurement equipment, LoRaWAN AC energy meter has broad application prospects in the field of smart energy management. Its advantages of low power consumption, long distance, and strong penetration enable it to play an important role in a variety of complex application scenarios. With the continuous development of IoT technology, LoRaWAN AC energy meters will be more and more widely used in smart cities, smart homes, industrial Internet of Things and other fields, contributing to the efficient use and sustainable development of energy.

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Solar Energy Metering

Solar Energy Metering

First of all, everyone must understand that in a distributed photovoltaic power station, if bi-directional metering of power consumption and power generation is to be realized, the traditional method is to use two one-way meters to measure power generation and power consumption separately, which not only increases the cost of use and Wiring is difficult, and future use or maintenance also becomes complicated.The bi-directional meter is mainly aimed at users who need bi-directional metering in distributed photovoltaic power stations. When the electricity generated by the photovoltaic power station is surplus, the electric energy delivered to the grid needs to be accurately metered. In addition, when photovoltaic power generation cannot meet the needs of users, the electric energy used in the grid also needs to be accurately metered. However, ordinary single-block unidirectional meters cannot meet this requirement, so it is necessary to use smart meters with bidirectional metering functions to realize bidirectional metering of electric energy.In order to meet the needs of grid-connected photovoltaic solar power generation for electric energy meters, IVY METERING has developed the "PV" series electric meters, which include two different situations of AC and DC, which can solve problems that traditional electric meters cannot solve.(1) Bi-directional metering(2) RS485communication(3) Four metering modes(4) MID approval(5) Built-in battery and multi-tariff(6) DIN rail, small size, easy to installThe net meter system refers to the use of bi-directional metering technology to connect its own power generation equipment with the power grid of the power supply company to realize the renewable energy power application mode of self-use and surplus power connected to the grid. The content of the net meter system mainly includes the following aspects:1. Billing of electricity consumption: The net meter system adopts bi-directional metering technology to carry out net settlement of the electricity in the system, that is, the difference between the electricity generated by the home and the electricity consumption is used as the actual electricity consumption for billing. If the self-generated electricity is greater than the electricity consumption, the excess electricity can be sold to the grid; if the self-generated electricity is less than the electricity consumption, the electricity needs to be purchased from the grid.2. Network access and grid-connected management: The net meter system requires that one's own power generation equipment be connected to the grid through inverters and other devices, and realize the bi-directional power transmission function between the grid and the system. Relevant departments will carry out network side protection, security testing and user information management on the access system to ensure the safe and stable operation of the system.3. Safety management: The net meter system requires that the system connected to the network must meet the safety standards of electrical equipment, and the equipment interface should have safety protection measures such as anti-theft, lightning protection, and fire prevention to ensure the safe operation of the system. Users must abide by relevant electrical safety standards to avoid personal injury and equipment damage caused by improper operation.4. Renewable energy subsidies: In the net meter system, the government will provide certain subsidies to users who use renewable energy to generate electricity according to local renewable energy policies. These subsidies are mainly used to promote the development and application of renewable energy to achieve sustainable development.In short, the net meter system is to promote the application and development of renewable energy by establishing a bi-directional metering technology, realizing self-generated and self-consumption, and surplus electricity connected to the grid. network management, security management, and renewable energy subsidies.If you are interested in RS485 Bidirectional energy meter, or need PV solar Bi-directional metering solutions, please contact us directly.

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EV Charging metering

EV Charging metering

AC DC EV Charging Metering SolutionAccording to the charging method, charging piles are divided into three types: AC charging piles, DC charging piles, and AC-DC integrated charging piles.AC charging pile: A power supply device that provides AC power for on-board charging of electric vehicles. In other words, it is slow charging. Generally, the output power of slow charging is relatively small, and it takes 5-8 hours to fully charge.DC charging pile: a power supply device that provides low-power DC power for electric vehicles. That is what we often call fast charging. The output power of fast charging is large, and its charging power is large (60kw, 120kw, 200kw or even higher). The charging time only takes 30-120 minutes, which is relatively fast.AC-DC integrated charging pile: AC-DC integrated means that it can provide both DC charging and AC charging. Generally speaking, it is generally used less in the market because the cost is too high.EV charging stations is an extension of the sub metering application. Each charging station has an energy meter that is approved for revenue metering. The user of the charging station is billed for their actual electrical usage.According to the market demand of charging piles, IVY METERING has developed AC DC charging meters respectively. It can meet the different requirements of different charging piles for electric meters. For example AC energy meter of 0.25-5(30)A, 5(32)A, 5(40)A, 5(50)A, 5(80)A, 5(100)A-EM118089/90/91,EM519032/33/24.DC energy meter of 10-240A, 2000A, 1000Vdc-EM613001/005, EM619001/002Vehicle-to-Grid (V2G for short) and Vehicle-to-Home (V2H) are two important examples of this evolution, with the charging station serving as a central regulator for the energy flows between the electric car, the distribution network, and the home. V2G technology enables users to effectively reduce the cost of using electric vehicles, and in the event of natural disasters, etc., V2G technology can also be used to use electric vehicles with power output functions as emergency power sources, which virtually increases the use of electric vehicles , so as to promote the production and sales of electric vehicles. For the power grid company, it can not only reduce the pressure of electricity consumption caused by the large-scale development of electric vehicles, but also use electric vehicles as energy storage devices to regulate loads, improve the efficiency and reliability of the power grid, and reduce the cost of energy storage construction for the power grid investment.As a smart grid technology, V2G describes the relationship between electric vehicles and the grid, and regards electric vehicles in a stopped state as distributed energy storage units. , through the two-way communication between the electric vehicle and the grid, the two-way energy flow between the electric vehicle and the grid is realized.The charging pile needs to meet the V2G function, which will increase the requirements for the electric energy meter, and the IVY METERING charging pile electric meter can fully meet the requirements. 1. Bi-directional metering function 2. RS485 communication 3. Built-in battery and multi-tariff 4. MID approval5. DIN rail, small size, easy to installA variety of models are available, which can adapt to different requirements of different scenarios.If you need EV charging meters, or are interested in MID bi-directional RS485 Modbus energy meters, welcome to visit our website.https://www.ivy-emeter.com/html/evpvenergymeter-list.html

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Industrial Area

Industrial Area

Application Cases of Intelligent DIN Rail Meters in Industrial ControlIn response to industrial electricity demand, IVY launched a series of energy meter which comply with IEC (Short for International Electrotechnical Commission standards) such as IEC62052-11, IEC62053-21, IEC62053-22, IEC62053-23, IEC62055-41, IEC62055-51.The measuring devices including single phase/ three phases meter, basic meter, multi-functional meter, smart prepayment meter, suspension meter, wifi energy meter, GPRS meter, Lorawan kwh meter, M-bus smart meter, 21 channels meter, smart sensor, fire detector, breaker and so on can be used in industrial area for energy management.Intelligent DIN rail meters, encompassing technologies like WiFi, M-bus, LoRaWAN, and GPRS, have revolutionized industrial control by enabling real-time monitoring, remote management, and advanced data analysis. These devices, often installed directly on DIN rails, provide a versatile and efficient solution for measuring and controlling various electrical parameters in industrial settings.WiFi Meters:Real-time Monitoring: WiFi meters offer high-speed data transmission, allowing for real-time monitoring of energy consumption, voltage, current, and power factor. This enables immediate detection of anomalies and facilitates timely interventions.Remote Access: Through a secure WiFi network, industrial personnel can remotely access meter data using smartphones, tablets, or computers, providing convenient access to critical information from anywhere.Integration with SCADA Systems: WiFi meters can seamlessly integrate with supervisory control and data acquisition (SCADA) systems, enabling centralized monitoring and control of multiple devices across large industrial facilities.M-bus Energy Meters:Building Automation: M-bus meters are widely used in building automation systems for sub-metering and energy management. They can be easily integrated with building management systems (BMS) to optimize energy consumption and reduce costs.District Heating: M-bus meters are employed in district heating systems to measure heat energy consumption for individual buildings or apartments, enabling accurate billing and energy allocation.Industrial Process Control: M-bus meters can be used to monitor and control energy consumption in industrial processes, helping to optimize production efficiency and reduce energy waste.LoRaWAN Energy Meters:Wide Area Networks: LoRaWAN meters are well-suited for wide area network deployments, making them ideal for monitoring energy consumption in remote or hard-to-reach locations.Low Power Consumption: LoRaWAN technology offers long battery life, making it suitable for applications where battery replacement is difficult or costly.Smart Grids: LoRaWAN meters play a crucial role in smart grid applications, enabling advanced grid management, demand response, and distributed energy resources integration.GPRS Energy Meters:Remote Areas: GPRS meters provide a reliable and cost-effective solution for remote monitoring in areas with limited infrastructure.Data Logging: GPRS meters can store large amounts of data locally and periodically transmit it to a central server for analysis and reporting.Fleet Management: In the transportation industry, GPRS meters can be used to monitor fuel consumption and vehicle performance, helping to optimize fleet management and reduce operating costs.Common Applications:Energy Management: Intelligent DIN rail meters enable effective energy management by providing detailed energy consumption data, allowing for targeted energy-saving measures.Predictive Maintenance: By monitoring equipment performance and detecting anomalies early, these meters can help prevent equipment failures and reduce downtime.Demand Response: Intelligent meters can participate in demand response programs, helping to balance the electrical grid and reduce peak demand.Carbon Footprint Reduction: By monitoring energy consumption and identifying inefficiencies, these meters contribute to reducing carbon emissions and promoting sustainability.In conclusion, intelligent DIN rail meters have become indispensable tools in industrial control, offering a wide range of benefits, including improved efficiency, reduced costs, and enhanced sustainability. The choice of technology depends on factors such as communication range, data rate, power consumption, and the specific requirements of the application.

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ABOUT US

Ivy Metering works for better E-meter since 1994. With wide range of products including energy meter/IOT device/metering solution and comprehensive certificates by independent laboratories MID/KEMA/SGS/UL/ANSI, IVY Metering is one of the world's leading manufacturers and suppliers.
With Head office in Gold Source Center of Shanghai and factory located in Zhejiang, we have earned good reputation for high-quality products and value-added services. In the past years, we are expanding with our strategic partners in international markets such as Europe, South-East Asia, Middle East and Africa.

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