Backdrop: Smart grids— Smart grids are power grids which can rotate the power based on priority and requirement. Thus reducing grid failure. Sensors helps to get real tie info on various infra in real time. Reduce losses and human dependency.
Most of us might have heard the term ‘Smart Grid’ through different sources, but the actual definition is still hidden under the shade. In order to decode this term, let us first get a rough idea about a basic electric grid which is quite common all across the globe. The electric grid, or grid, is basically a network of transmission lines, transformers, substations and more which deliver electricity directly from the power plant to your house or office. In short, it is simply what you plug into while you turn on the light switch, fan, computer etc.
With technology working its magic in all fields and sectors, it has also worked to assist the process of energy transmission. The digital technology which permits a two-way communication between the utility and its customers, along with the process of sensing along the transmission lines is known as a smart grid setup. With time, a smart grid has evolved The Smart Grid today represents an extraordinary opportunity to push the energy industry towards a new era of availability, reliability and efficiency which will happen to contribute to economic as well as environmental health. According to statistics, the smart grid market is anticipated to grow from USD 19.77 billion in 2016 to USD 65.42 billion until 2021.
Smart sensors are an integral part of a smart grid which helps in a number of tasks. A smart grid sensor is a small, lightweight node which functions as a detection station. These sensors allow the remote monitoring of equipment such as transformers as well as power lines along with the demand-side management of assets present on an energy smart grid. The most beneficial aspect of smart sensors is the acquisition of real time information used to monitor weather conditions and power line temperature. This data is eventually used to calculate the line’s carrying capacity.
The demand for smart grids is quite high in today’s quickly adapting world. It has been revealed that, companies like GE, LG and Whirlpool have already declared their commitment for building home appliances which are smart-enabled. These appliances with smart meters will be linked with smart grid sensors, offering visibility towards real-time power consumption. Let us focus on some of the benefits of smart grids which make them so efficient:
The current electrical systems are old and dependent over equipment which is approaching the end of its functional life. Smart grids are known to update this infrastructure, making sure that safety standards are readily met and power is delivered consistently.
There is no prediction when a blackout can happen, but it would surely end up damaging your TVs, computers, audio equipments etc. With the applications of a smart grid, the flow of power can be smoothened, which helps in reducing frequent blackouts and makes sure the electricity grid is not targeted negatively.
Smart grid improvements transform system events to instantly-retrievable digital information. This makes sure that the problem solving process can start immediately. Also, such improved efficiency is wrapped with reduced producer costs that prove beneficial for the consumers.