EVERON ENERGY SYSTEMS PVT. LTD.

Ring Road, Delhi

Everon introduces Next Generation, Electronic Instrumentation and data communication tool. An IOT chipset, that changes the way your electrical data can be managed. A matchbox sized IOT controller coupled with a 32 bit Micro Controller offers un-limited means of data capture and storage on the web. EN-1010 is the first of its range, a low cost Data logger with Cloud Server interface. Now gather up to 16 analog or digitl input signals and store them directly on cloud in real t Salient Features: Portable, Low Cost, Compact and Light Weight. Works with 12 V External Battery Configure Wi-Fi settings using mobile Phone Configure Device communication settings using mobile phone app Use in field / outdoor using Mobile Hotspot Negligible Power Consumption Port for Serial / USB communication with Device Port for connecting an LCD Display LED indications for Power, Communication and Optional Features Compatible with WiFi Standards 802.11 b/g/n

EVERON 12/24 Volt 20A / 40Ampere, Solar Charge Controller is a PWM based High Quality Solar CCU with Built-in power Management & LCD Display. It helps user to keep track of Solar Panel and Battery performance, by accurate display of Battery Voltage and Charging current. Salient Features: Convert your ordinary home Inverter / UPS to Solar Inverter. Micro Controller Based PWM Charge controller Auto connection and disconnection of mains power supply. Maximize solar utility and reduce electricity bills. Auto selection between 12 V and 24 V Battery. 2 Line LCD Display Accurate Display of Battery Voltage and Solar & Battery Charging Current, Load in KW Wall Mounting structure In house Designed Product with High Quality components High Efficiency 99% 405 X 125 X 60 MM (HXWXD), 1000 Gms.(Net Weight), 1.2 Kg.(Gross Weight) Manufactured and Sold by Everon Energy Systems Pvt. Ltd. (EVERON)

Presenting State of The Art IOT based Solar Charge Controller. Ideally suited for remote Battery operated installations. Using modern technology this charge controller is 100% user programmable for battery charging, remote data monitoring and connectivity parameters. Built-in LCD Display shows all the necessary parameters related to electrical data and performance. Unique energy management algorithm ensures minimum idle current and longer battery back-up and life. Remote monitoring ensures complete management control over operation, maintenance and quality of service. Salient Features: Available in PWM and MPPT Configurations. Single Board Design with Built-in IOT Controller. Wireless connectivity for IOT Configurations (SSID & Password) All Battery Charging Parameters – User Programmable Wireless interaction between Controller and User 16 x 2, Alphanumeric LCD Display Site/ performance parameters directly uploaded on remote web server. IP55 Outdoor duty, Light weight and Corrosion free enclosure Option of Built-in Li-Ion Batteries Very Low Idle Current, Excellent Battery utilization Ideally suitable for Solar Home Lighting, Solar Street Lighting, rural infra projects. Available in 12 V and higher voltage ratings. Suitable for any battery chemistry, Lead Acid, Tubular, Li-Ion, Li-Fe-PO4, Ni-Cd.    

Maximum Power Point Tracking, frequently referred to as MPPT, is an electronic system that operates the Photovoltaic (PV) modules in a manner that allows the modules to produce all the power they are capable of. MPPT is a fully electronic system that varies the electrical operating point of the modules so that the modules are able to deliver maximum available power. Additional power harvested from the modules is then made available as increased battery charge current. To understand how MPPT works, let's first consider the operation of a conventional (non- MPPT) charge controller. When a conventional controller is charging a discharged battery, it simply connects the modules directly to the battery. This forces the modules to operate at battery voltage, typically not the ideal operating voltage at which the modules are able to produce their maximum available power. The PV Module Power/Voltage/Current graph shows the traditional Current/Voltage curve for a typical module at standard test conditions. This graph also shows PV module power delivered vs module voltage. For the example shown, the conventional controller simply connects the module to the battery and therefore forces the module to operate at 12V. By forcing the 75W module to operate at 12V the conventional controller artificially limits power production to ≈53W or just 4.4 Amps as battery charging current. Rather than simply connecting the module to the battery, the Everon MPPT charge controller calculates the voltage at which the module is able to produce maximum power. In this example the maximum power voltage of the module (VMP) is 17V. The MPPT system then operates the modules at 17V to extract the full 75W, regardless of present battery voltage. A high efficiency DC-to-DC power converter converts the 17V module voltage at the controller input to battery voltage at the output. Battery charge current in this example would be VMODULE ÷ VBATTERY x IMODULE, or 17V ÷ 12V x 4.45A = 6.30A. A charge current increase of 1.85A or 42% would be achieved by harvesting module power that would have been left behind by a conventional controller and turning it into useable charge current. Actual charge current increase varies with operating conditions. As shown above, greater the difference between PV module maximum power voltage VMP and battery voltage, the greater the charge current increase will be.   Some Design Tips for Solar PV plant integrators: Use Everon MPPT charge controllers for maximizing throughput from your solar PV plant. Let us help you calculate the savings in your design when using Everon MPPT Charge controllers. You may save upto 40% of plant capacity by adopting Everon MPPT Charge Controllers. Let us know your PV wattage, Battery Voltage and required backup time, we shall help you design your solar PV plant.   So if your design requires charging of 6 Amps as battery charging current , then use only 75 watt panel with Everon MPPT charge controller. Saving panel cost, installation and cabling costs. Another significant advantage of Everon MPPT charge controller is its ability to track wide voltage range. Design your systems at almost double the battery voltage. Save on cabling cost between panel and charge controller. For more information and design support please write to us at mktg@everon.in and we shall be glad to help you design the most efficient solar plant.   Salient Features:   Micro-controller based design True MPPT energy harvesting algorithm High efficiency > 97% Available in various voltage and current ratings Available with or without display Display indicates PV Voltage, PV Current, Battery Voltage, Battery Current Available for indoor and outdoor applications. Economize your solar installation with Everon True MPPT Solar Charger

• MOQ 01 Piece
• FrequencyDC ENERGY
• Automatic GradeFully Automatic
• Body MaterialPlastic
• Weight200-300gm
• Colorblack
• Voltage20 v to 400 v
• Power SourceSOLSR
• ApplicationEnergy Monitoring
• TypeEnergy Meter
• FeatureAccuracy, Durable, Light Weight
• Country of OriginIndia
• Warranty1Year

We manufacture range of PWM and MPPT Solar Charge Controllers. While a PWM charge controllers acts as device protecting the battery against overcharging from direct exposure to the PV panel output. PWM charge controller are low cost and efficient. They are ideally suitable for low power and low cost applications. Everon PWM Solar Charge Controllers are ideal companions for any Solar Photovoltaic Off-grid application. Our PWM Charge Controllers are pre-programmed to charge Lead Acid / Tubular/SMF Batteries as per Indian/European Standards. Pre-programmed Charging Modes ensure safe charging and long Battery Life. Everon PWM Charge Controllers are Low Cost, Rugged and Reliable, available in low power and High Power Ratings.   PWM Solar Charge Controllers   Everon is a leading company specializing in Solar Power Solutions. Everon Solar Charge Controllers are state of the art Micro-controller based PWM charge controller. Available in 12 V, 24 V and 48 V and current ranges of 10 A to 50 Amps. The micro controller program ensures efficient three level charging of Batteries while completely protecting the same against overcharge, polarity reversal and Night Time discharge. Ensure efficiency of 99%.