In today's scenario the development of electric vehicles is day by day increasing in a great manner. Due to the increase demand in the electric vehicles, the need of the charging stations is also increasing. It is an important and essential duty to look after the health and maintain the charging stations for the better utility. On the other the energy usage should be in manner that maintains a sustainable development. This project proposes a method which power up the charging station in two ways which promotes sustainable development also the excess of the power is converted to AC supply and can be utilized by the people. This prototype model works using microcontroller board.

Electric Vehicle Charging Station with Effective Energy Management, Integrating Renewable and Grid Power

One of the primary difficulties the distribution network needs to solve is power loss. The “power mismatch” between generation and metered consumption may be employed to describe it. This power larceny has a major influence on distribution utilities. The goal of our proposed system is to design a system to monitor the electricity used by each load and to identify and eradicate electricity theft from current lines and meters. The proposed method also addresses the issue of overloading. It also entails reporting to the Electricity Board representatives the theft that was committed via IoT. The ATmega328 microcontroller in this instance is utilised to detect energy larceny and transmit the data to the IoT module, which then transmits the data to the EB. The practical application of this proposed method results in significant electricity savings, which boosts the economy of the nation.

Conspiracy in the Stealing of Electricity Detection Through the IOT

In India, the number of crimes committed against women and girls is rising quickly every day. Even in our developed environment, women are unable to live autonomously. Domestic violence, assaults, threats, and teasing of women and girls are recorded often each day. Women are worshipped as goddesses in India. Women play many roles like mother, sister, and spouse and guide men in many aspects. But they are underrated and face unexpected assaults, domestic violence, and threats from society. One female in India is physically assaulted every 1 hour, as per the latest official data. But owing to a lack of sufficient proof, the offender escapes punishment. Such incidents are 99% unidentified, undetected, and undocumented. Surveillance cameras are somewhat helpful, but when the incident takes place in a secluded place, it is impossible to track down the suspect. One of the key causes is that school children are not taught the distinction between pleasant and unpleasant touch. Girls who are aware of the unpleasant touch but don't want to tell their parents tend to do so reluctantly or wait until after the crime has been done, which is useless. In such circumstances, the chance of the offender being punished is relatively minimal. Many researchers have suggested, designed, and implemented Women's Safety Devices (WSD) which protect them from unexpected abuses, assaults, teasing, and threats. There are many WSDs implemented by many researchers in this modern world using the Internet of Things (IoT), Embedded Systems, and Mobile apps. In this work, we studied the existing methods related to Embedded and IOT-based WSD that worked effectively and efficiently and presented challenges that most of the researchers faced while developing WSD. We hope these challenges and research gaps may be useful for building new, efficient, flawless, and accurate WSD by the existing and young researchers who are working in the domain of WSD.

A Review on IoT-based Defensive Devices for Women Security

Machine Learning-Based Pre-Stroke Detection System

A Review on Leveraging Reinforcement Learning for Enhanced Decision-Making in Power and Energy Systems

In today's society, where crime rates are on the rise, safety and security are of the utmost importance. Women are the most important part of any economy, because they play a big role in shaping the country's future. The need for greater security, even if the next generation is taught a variety of self-defense and related practices, remains. Patients in hospitals and those travelling long distances may also be impacted by this problem. This proposed safety and security system will warn their guardian in person via GPS (Global Positioning System) and GSM (Global System for Mobile communication) security system in the case of an unpleasant or unforeseen incident. This system has a location tracker so that messages can be shown or asked for help [1].

Multi-Purpose Security and Protection Padlock with a Tiny, Handheld Device Using IoT

A bionic arm is a robotic hand that can be controlled manually or by machines. It resembles and acts like a human hand. It makes use of AI technology to make decisions and control other hand movements. The primary function of this hand is to ensure that all productions and tasks are flawless. The movement of the hand can be controlled via a wireless medium; it utilises a camera to grasp the gesture or the task that it needs to perform. It can be used for industrial applications where the periodic function is not carried out by the machine; it is specially designed to perform unique tasks. This can be used to accent the words in the understandable mode for deaf people as well; it converts written or stored content into accent. This system performs multiple tasks as per the instructions provided to it as an input. Most applications that humans cannot perform in various situations can be performed by this bionic arm.

Gesture-based Control of a Bionic Arm – A Prototype Design

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Multi-Purpose Security and Protection Padlock with a Tiny, Handheld Device Using IoT

Gesture-based Control of a Bionic Arm – A Prototype Design