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The field of weather monitoring systems has evolved significantly, moving from traditional sources like local news and aviation services to easily accessible smartphone applications. IoT-based technology has revolutionized weather monitoring, offering remote monitoring and advanced analytics. These systems rely on IoT devices to measure physical parameters, uploading data to the cloud for analysis.

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Discover the cutting-edge remote monitoring system designed to revolutionize solar power management. Our innovative solution empowers solar energy operators to remotely oversee and optimize solar panels' performance, ensuring maximum efficiency and sustainability. By harnessing real-time data analytics, predictive maintenance, and advanced fault detection, our remote monitoring system ensures minimal downtime and increased energy output.

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Enhancing Energy Efficiency with Cutting-Edge Wind Speed Sensors and PowerAMR Technology

Maximize energy efficiency and optimize power generation with our advanced wind speed sensor and PowerAMR technology. Our state-of-the-art wind speed sensor accurately measures wind conditions, allowing precise adjustments to turbine operations for optimal energy output. Paired with our PowerAMR system, you gain real-time insights into energy consumption patterns, enabling informed decisions to minimize wastage and reduce costs.

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Monitor Water Flow with PowerAMR's Water Flow Meter Monitoring

Stay informed about your water usage with PowerAMR's advanced water flow meter monitoring system. Track and manage water flow efficiently to optimize consumption and identify potential leaks.

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Discover the fascinating technology behind PowerAMR Weather Monitoring Sensors and learn how these innovative devices revolutionize weather forecasting. Uncover the inner workings of these advanced weather monitoring sensors, designed to capture precise meteorological data in real-time. Gain insights into the intricate mechanisms and advanced algorithms that power these sensors, enabling accurate and reliable weather predictions.

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https://poweramr.in/energy-management-system

Discover the power of an energy monitoring system for efficient energy management. Our solutions provide real-time data, insights, and control to optimize energy consumption and reduce costs.

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https://poweramr.in/zero_export

Take control of your energy consumption and maximize the efficiency of your power system with a cutting-edge zero export device. Designed to harness renewable energy sources effectively, this device allows you to optimize your energy usage without relying on the grid. By preventing excess energy from being exported, you can store and utilize it intelligently, reducing both your carbon footprint and electricity costs. Embrace the future of energy management and unlock the full potential of your sustainable power generation with a zero export device.

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https://poweramr.in/weather-station

Gain deeper insights into weather patterns and make informed decisions with our advanced weather monitoring system. Stay ahead of changing conditions.

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Real-Time Solar Power Monitoring Solutions

Unlock the potential of your solar power system with our real-time monitoring solutions. Keep track of energy generation, detect anomalies, and ensure peak performance for a sustainable and efficient solar setup.

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Pyranometer- Why to Measure Accurate Solar Irradiance ?

The Solar Radiation Sensor, or solar pyranometer, measures global radiation, the sum at the point of measurement of both the direct and diffuse components of solar irradiance.

 In-plane irradiance received by the PV array is one of the most important and significant factors that directly impacts the PV Performance. Irradiance must be measured accurately to determine your optimal PV performance ratio.

Our pyranometers ensure the highest accuracy in Irradiance  measurements and are suited to provide both-

·       Global  horizontal irradiance

·       Irradiance  on collector plane

Global Horizontal Irradiance (GHI) is important because it is  the parameter measured in weather and climate networks, derived from  satellite instruments and calculated with clear sky energy models.

A pyranometer tilted in the Plane of Array (POA) of the PV  modules measures the irradiance available to the cells and is used for  calculating energy yield and Performance Ratios. This is why you will often  see pyranometers in pairs, one horizontal and one tilted.

 The  pyranometers are equipped to provide-

·       Individually  optimised temperature compensation

·       Individually  measured directional response, with the test results provided

·       They  are designed for simple maintenance and have a wide range of accessories  available

·       To  offer you the best accuracy when in the field a new calculator is available  to provide you with the real-time uncertainty in your application

  Pyranometers are most  important part of our automated weather station. Logics PowerAMR Platform

  supports various reporting features and  analysis from pyranometer data-

 ·       Weather Module - The system supports all makes of weather sensors such as  pyranometer, Module temperature sensor, ambient temperature and humidity  sensors , wind speed sensors ,wind direction sensors, Rain gauge etc.

·       PR analysis- In  depth analysis of plant performance with reference to weather sensor data and  includes PR analysis, PR curve and PR logs of the day, irradiation v/s power  curves, irradiation v/s module temperature curves, GHI v/s tilted irradiation  etc.

·       Plant Performance- helps to check complete health analysis of the solar plant at  one glance, also includes key parameters like solar insolation, peak  generation, expected energy, specific power, specific yield etc.

·       Irradiation v/s power curves - Power production graph comparing with the solar irradiation  during the da (available within the same axis for comparison)

·       Graphical representation of solar irradiation and active power in the same time axis.

 There are various classification of Pyranometers according to ISO  9060:1990 (E), namely –

1)      Secondary Standard  Pyranometers

2)      Second Class Pyranometers

3)      First Class Pyranometers

Typical Pyranometer comparison is as listed below-

To get the best deals on Pyranometers, please contact @  8076963066, Download technical specifications of Pyranometer from http://poweramr.in/download-center

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PowerAMR Solar Monitoring App Plans

PowerAMR Essentials

 ·       Auto Configurable through server- no need for person to configure through laptop or on site troubleshooting , Plug and Play solution

·       Dashboard : Interactive and user friendly dashboard to evaluate the system product at a glance with daily, weekly , monthly ,yearly generation data and current component-wise operational status along with the environment details . Dashboard have the facility of analysis of data in tabular form and graphical comparison.

·       Single Line Diagram feature for real time access to plant’s current status

·       Flexi Reports and Charts: System is capable to generate general and customized reports. System supports daily, weekly, monthly reports, flexi time reporting architecture. Also facility to export data over a custom time interval to CSV, EXEL, PDF, word format. Reports have the facility to demonstrate instantaneous values ( max, min, averaged values, aggregated sum) over a defined period. Histogram / pie chart/bar graphs/line is available.

·       Generation Analysis supported by in depth data and reports including Today’s Generated Energy, Total Generated Energy (Monthly , Yearly etc), Instantaneous Power, Phase wise voltage and current, log reports, voltage, current, power and frequency curves, Plant CUF, Revenue Generation Data, CO2 savings. Provision to record data in a common work sheet chronologically date wise. The data file shall be MS Excel compatible. The data shall be represented in both tabular and graphical form.

·       Parameters such as Current and Power, Inverter AC output voltage and current (All 3 phases and lines), AC power (Active, Reactive and Apparent), Power Factor and AC energy (All 3 phases and cumulative) and frequency can be monitored.

·       Log report- Stores data at every 10 minute interval for various key parameters which helps user for detail historical analysis and troubleshooting.

·       Local data storage helps data pool during period of communication outage, network down

·       String and MPPT monitoring- Inverter wise String and MPPT data can be monitored.

PowerAMR Advance

Everything in Essentials, Plus

 ·       Weather Module - The system supports all makes of weather sensors such as pyranometer, Module temperature sensor, ambient temperature and humidity sensors , wind speed sensors ,wind direction sensors, Rain gauge etc.

·       Metering Module- Various multi function meters can be integrated with the platform for better comparative and loss analysis.

·       PR analysis- In depth analysis of plant performance with reference to weather sensor data and includes PR analysis, PR curve and PR logs, irradiation v/s power curves, irradiation v/s module temperature curves, GHI v/s tilted irradiation etc.

·       Plant Performance- helps to check complete health analysis of the solar plant at one glance, also includes key parameters like solar insolation, peak generation, expected energy, specific power, specific yield etc.

·       String Monitoring: Reports and graphs for String and array DC Voltage, Current and Power from SCB connected in plant.

·       Battery feature with logger helps to capture total on / total off hours per day along with real time outage alerts. SMS alerts to selectable mobile numbers and web portal in case of power outage and power restoration.

·       E mail and SMS notifications- E mail and SMS reporting of all plants at the end of the day to specific mobile no and email IDs.

·       Switchgear integration – Integrates Relays, Transformer, circuit breaker data.

PowerAMR Enterprise

Everything in Advance, Plus

 ·       Superuser Dashboard : Super user dashboard to monitor multiple solar power plant of different inverter makes over single platform through single login credential . Separate login credential can be generated for different –different user/client to monitor their plant separately through hierarchical region wise, division wise, plant wise selection. Compression of generation data for all plants on single table/platform.

·       Intelligent Alarming: Intelligent and combinatorial techniques for filtering alarms are provided so that only important alarms are presented to the operator Alerts features if the PR goes below 80% , CUF less than a certain value, plant not generating/ less generating during time of proper weather condition, etc.

·       Third Party server - Provision to share data with your own/ third party server on real time.

·       Company Branding- Helps EPC Company and O&M Branding via solar portfolio on real time on large screen.

·       Multiple Communication Integration - Option for GSM, Ethernet, RF and wi fi RTUs integration on same platform

·       DLMS protocol -Integration with Solar and Net Billing meter of the Discom along with differential feature of Solar v/s Net v/s inverter meter data.

·       Role based access and Management- This module helps in creating different type of roles and assign the permission based on their roles.

·       Multiple user login- Provision for multiple users to log in to sites with their own login ids

·       Mobile app – Helps access all plant through touch of mobile. Very effective tool for instant data access, and instant updates.

To know more visit website of solar monitoring system.