This invention relates to an IoT based system and method for multiple battery selection in a power backup system/ charger. The system comprises solar power backup system (1a) with/ without battery management system (BMS) battery selector circuit (1) connected to a IoT based central control unit (2) with battery ...

An IoT based battery charge equalizer for equalizing the charge of batteries irrespective of their type. The equalization takes place regardless of level of change. The user controls the process through IoT which is in communication with the controller of the equalized. The voltage is kept constants and current var...

The present invention relates to an IoT based system for real time monitoring of charging and discharging of renewable energy systems 10 based power back up system or of electric vehicle and monitoring water level, battery life and backup time of lead acid battery of the system comprises a three phase power modu...

The present invention relates to an IoT based control module for power backup system and future battery system including for online monitoring comprises IoT based central unit (1) which in communication with the control unit (2) and user’s hand held device (2a) and sends/ receives the instruction. ...

This invention relates to a power backup system with IOT based door latching system and magnetic reed sensors or switches. An inverter (1) provides backup during mains power failure, wherein the inverter (1) being connected with the with IOT based door latching system and magnetic reed sensors or switches (S1—S4). A...

This invention relates to an IoT based interactive power source for power backup used in electric vehicle. The system comprises power backup system with battery management system having input and output with a controller connected to a signal conditioner which processes the speech input signal to built-in ADC of the...

The present invention relates to an IoT based system to perform multiple tests with adjustable test sequence and test limits as well as to calibrate the testing device periodically comprises a controller (2) with a switch coupled between controller and the device (1) to be tested to switch power to the controller r...

The present invention controls the evaporation of the water, eliminates the need of topping the water onto the battery and reduces the water consumption. The IoT based improved cap comprises a controller (A) which is in communication with the IoT based central system (B) to store the data; analyze it characterized i...

The present invention provides an IoT based system and method for real time monitoring multiple fuel dispensing pumps and providing power back up using power backup system. The system provides real time monitoring multiple fuel dispensing pumps and providing power back up using power backup system which recogniz...

This invention relates to an IoT based solar grid hybrid subsystem implemented with photovoltaic power generation and backup unit with grid feed control. The system monitors the meter and never let it go to the zero position. As soon as it is approaching zero, the backup system will lower the wattage so that the...

This invention relates to the system and method for providing backup to a consumer friendly lift/ elevator which provides jerk free operation during outages and avoids any panic situation among the consumers. The system comprises a bypass mode rectifier for charging with an efficient charger module (1) to charge...

The present invention relates to an apparatus for monitoring power quality of multiple devices. The system comprises an IoT based central system comprises standard parameter of all the products with respect to the rating and standard. A hand held device 100 is provided with charger. The power comparator communic...

This invention relates to an improved solar grid hybrid subsystem with loT based for power backup system. The system comprises at least one photovoltaic· panels, a DC-to-DC converter coupled with the photovoltaic panels, contactor and interface circuitry configured to couple with a power bus of power backup syste...

This invention relates to the system and method for providing backup to a safe and consumer friendly lift/ elevator which provides secure operation during emergency situation. The system comprises a bypass mode rectifier for charging with an efficient charger module (1) to charge the storage device. An inverter modu...

This invention relates to an IoT based hybrid solar charge controller using solar power from the panels that with power backup system monitors the mains power to identify the load by mains interface (6) and main control unit (7) interfaced with IoT based external communication unit (14) and enable users of the exist...

This invention relates to an intelligent battery equalizer is provided for equalizing charge on a string of batteries connected in series/ parallel as the batteries are being charged/discharged/remain idle. The system comprises an artificial intelligence based central server at remote location which controls and pro...

This invention relates to the IoT based solar power conditioning unit with dynamic depth of discharge control. A solar panel (2) is provided with solar charge controller system with memory unit to log the data locally and communication interface to communicate with the IoT based central system. ...

The present invention relates to an IoT based system and method for testing batteries for electric vehicle. The system includes battery management system (BMS) (A) with a voltage sensor, a current sensor, a temperature sensor that provides data to control unit (B) and communication interface which communicates to th...

The present disclosure provides system 100 and method 200 for self-equalization of cells of a Lithium iron phosphate battery 102. The system comprises the battery 102 having at least two cells; a Battery Management System (BMS) connected to the battery 102 for monitoring each cell voltage and performing active cell ...

The present disclosure relates to a regenerative battery life tester which minimizes energy waste by returning excess energy generated during testing back to the grid. The regenerative battery life tester includes an inverter with a charger that charges the battery to a specific voltage, and then discharges it at a ...

The present invention discloses a method for adapting battery parameters in inverter systems, particularly suited for UPS (Uninterruptible Power Supply) and solar off-grid installations. The method involves detecting (401) the connection of a battery, obtaining (402) its high and low requirements, calculating (403) ...

The present disclosure relates to an intelligent hybrid street light management system 100 capable of powering plurality of street lights L1, L2…Ln by supplying power from a grid 165, when supply of solar energy from a PV panel 175 is limited or not available, for a long duration. The intelligent hybrid street light...

The present disclosure relates to an IoT based system (100) for fast charging of the battery includes a central server (102), an inverter (104) with a battery management system (BMS) in electronic communication with the central server (102), a solar charge controller (108) in electronic communication with the BMS (1...

The present disclosure relates to a battery management system (BMS) for an unmanned aerial vehicle (UAV). The BMS accurately detects depletion of a charge of the battery of the (UAV) at an extended distance. The BMS includes a control module that retrieves data from a sensor module fixed to the UAV for accurately 10...

The present disclosure presents an arrangement or protocol for testing various types of electronic equipment, including single-phase inverters/UPS, transformers, printed circuit boards of power backup systems, solar panels, and electric vehicles. The arrangement is designed to identify the specific device being test...

The present disclosure presents a Printed Circuit Board (PCB) testing jig that tests the complete functional parameters of various electronic equipments like inverters, uninterruptible power supply (UPS), solar panels, and electric vehicles (EVs). The transformer, load, and battery are connected to the PCB tester fo...

The present disclosure relates to a method for testing printed circuit boards (PCBs) using computer-designed test points (TPs) and programming the microcontroller with the same software. A unique code is generated for each PCB, and a corresponding Quick Response (QR) code is printed on it for easy identification and...

The present disclosure provides for a method and system for battery swapping in electric vehicles, comprising the steps of identifying the electric vehicle at a battery swapping station; assessing the state of charge of the existing battery; removing the depleted battery and replacing it with a fully charged battery...

The present disclosure provides a hybrid power backup system (100). The hybrid power backup system (100) comprising an automatic changeover control panel (40) configured to manage main power (10); a PV module (20); a DG set (30); an inverter (50) configured to receive power from the automatic changeover control pane...

The present disclosure relates to a system (100) to increase lifecycle of a battery (104) of an electric vehicle which comprises a charger (101) connected to the battery (104); a Global Positioning System (GPS) (105) installed inside the charger (101); an IoT device (102) communicatively connected to the Global Posi...

The present disclosure relates to a power sharing technique, in particular, a system to share the power flow from plurality of power sources to a battery. The disclosure provides a system (100) for charging a battery (104) of an electric vehicle, comprising a plurality of power sources (101, 102, 103) to supply powe...

The present disclosure relates to an automatic testing and tracking system of electronic devices. The system is controlled by a central server, which is programmed with the predefined (ideal) parameters of the device being tested. When a device is chosen for testing, these parameters are input into the server, and r...

The present disclosure relates to an interactive learning system (100) comprising a power back up system (120), a central server (140) and an experimental kit (160). The power backup system (120) and the experimental kit (160) are in remote connection with the central server (140). The experimental kit (160) mimics ...

The solar integrated DSP sinewave inverter system described herein comprises a single-phase inverter optimized for heavy-duty applications, converting DC power from solar panels into AC power for electrical appliances. A MPPT charge controller regulates power supply from the solar panels to the inverter, ensuring ef...

The present disclosure relates to a comprehensive battery management system (BMS) comprising various embodiments to optimize battery performance, safety, and monitoring. In one embodiment, a method for cell equalization during battery charging is introduced, which involves monitoring (301) cell voltages, setting (30...