WIRELESS POWER THEFT MONITORING WITH AUTOMATIC CIRCUIT BREAKER SYSTEM AND INDICATION AT LOCAL SUBSTATIONS

Power theft is the biggest problem now days, which causes huge loss to electricity boards. And to cover these losses ultimately, price are increased. So if we can prevent these thefts, we can save lot of power. By keeping track of electricity used, you determine where the greatest opportunity for energy savings lies. Becoming aware of overall energy use involves keeping track of the readings on the readings on the electric meter.

The normal practice for power theft is to short the input and output terminals or to place a magnet on the wheel in case of old meters. So by sensing current flow through the line & energy feed back we can prevent it using a circuit breaker.

Voice Activated Multi purpose Robot

The main aim of this project is to design and construct an automatic robot which is capable of receiving a set of command instructions in the form of DTMF tones or voice commands using voice recognition system and performs the necessary actions. Here DTMF stands for “Dual tone multiple frequency”. Also the Robot is designed with additional features like RTC (Real-Time Clock) to display time and Ultrasonic sensor to detect the obstacles.

          This project makes use of a voice recognition system to recognize the voice commands given by the user for the Robot direction movements. Also to switch the mode from Voice mode to DTMF mode by the voice commands only.

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ENERGY CONSERVATION SYSTEM FOR CORPORATE COMPUTERS AND LIGHTINING SYSTEMS USING PIR

The project aims in designing a system which is capable of detecting human presence and automatically adjusts the light intensity and also switches ON/OFF the computer.

Power conservation, which has become a major challenge for the users and that, is the driving idea behind our project. Power conservation system can be successfully designed only when it is interfaced with automation system. This kind of power conservation systems finds their vast application in the IT companies, banking sectors, Public organizations, and large-scale industrial sectors. Here large number of High voltage as well as low voltage devices is employed to fulfill different consumer as well as the employ needs. In this kind of scenario there is a need to replace the switches and other fuses with relays and circuit breakers to design systems, which are capable of switching very high voltage devices and also low voltage devices.

Traffic signals controlling based on the smoke intensity using smoke sensors - By HVS Technologies, HYD.

Monitoring and controlling of temperature at threshold value - By HVS Technologies, HYD

The project aims at developing an automated temperature controlling system. The project displays the live temperature on a LCD display. The user can dynamically change the temperature limit setting by just sending an SMS to the system.

Temperature Monitoring systems are in huge requirement and we definitely can find their advantages in many industrial sector and also in residential sector. We can find many kind of temperature monitoring systems for different uses but the major challenge is to design a very simple, User-friendly and cost effective system. Keeping these in mind we designed a temperature monitoring system using a timer based system.

Solar powered induction motor With inverter direct from Solar panel - developed By HVS Technologies.

Solar powered induction motor With inverter direct from Solar panel - developed By HVS Technologies.