grids
Energy

The Environmental Impacts of Smart Grid

The Smart Grid is the modernization of the electricity supply framework. A smart grid is different from the conventional grid as it permits two-way correspondence of electricity information, as opposed to a single direction stream. Smart grids make it possible to provide ongoing information gathering related to the electrical activity among the transmission, supply process, generation, processing, and maintenance.

Most electricity grids depend on the single direction framework which sends the electricity from the phases of generation to the end user. On the other hand, smart grids incorporate the activity of all clients in the power utilizing using computerized remote-control systems. This two-way connection is the thing that makes the grid smart. Like the web, the smart grid comprises of controls, computerization, media transmission and hardware that link everything.

The environmental impacts of the Smart Grid

With the ongoing necessity to introduce smart energy meters in all over the world, smart grids are turning into the answer for dealing with the grids of the future. There are many benefits these grids provide to the end user and the electricity supply companies. One of the major concerns related to smart grids is their environmental impact and the benefits they provide for user and supplier of electricity.  Main impacts of smart grid on the environment are the following:

Energy productivity

Smart grids make it possible to use the resources fully and the administrators of the electricity frameworks are able to provide increasingly proficient power plant activity and less peak hour problems. It provides the opportunity to benefit from a higher rate of profit for the capital of the firm and lowers the costs.

Infrastructure for new power plants and transmission lines

Smart grids work on the transmission system that does not require the usual maintenance and development of new infrastructure for peak hours problems. The capacity of smart grids to easily handle the load with existing framework implies that companies never again need to assemble infrastructure for the peak hours of the year. This could enable electricity supply companies to spend extra ventures into new transmission lines and generation offices.

Dispersed generation

Smart grids are also able to continuously deal with all sources of power on the grid which implies that increasingly circulated generation can be coordinated with the grid. It is also true that not all conveyed electricity generation is perfect or proficient, the likelihood for circulated solar based and wind power is significant. This feature of smart grids brings beneficial situation for electricity generating companies in overseeing dispersed generation while the firms will also benefit from improved and unwavering quality.

Mass-scale renewables

According to the European Wind Energy Association (EWEA) Integrating wind or solar power into the grid at levels higher than 20% will increase electricity production. if these methods are incorporated, they decrease loads, demand response, and increase the energy storing capacity. The EWEA recently distributed a report suggesting the utilization of demand response as the main tool for overseeing inconstancy in wind resources. This is a key message for wind and solar energy providers, as it builds the span of their potential market.

Clean power

Smart grids have the capacity to settle the power utilization after some time for an area utilizing demand response which will make it simpler to build up a power market. Clean power sources will probably partake in the market despite the fact that they may have a stochastic energy yield. This is a benefit to clean power producers.

Customer motivator for preservation

With the use of cutting-edge metering technology and continuously evaluating the users of smart grids will now observe the monetary incentives for lessening the electricity utilization.

Assistance for PHEVs and V2G

The smart grid is a need for empowering the coming generation of hybrid vehicles. The absence of a coordinated interchanges framework will make it hard to deal with the expanded production of hybrid and electric vehicles. Smart chargers, time-of-utilization, and new meters will be key players in the electricity provision for these smart cars.

Support for increasingly smart apparatuses

On the main benefit of the smart grid is that it supports smart machines. The Grid-accommodating devices enable machines to detect grid stress and reduce their power use to anticipated grid crises. Machine producers will almost certainly advertise grid-accommodating devices to customers.

Demand response for handling the air pollution

A major part of the issue of urban air contamination is peak hour crisis of traditional grids. It harms the layer of ozone and the pollution increases at the levels which are harmful to human wellbeing. These peaks hours are related to high electricity use, which is a noticeable reason for urban air contamination in numerous areas. Using smart grids can solve this problem as it will control the peak hour crisis.

Metering as a strategy for determining environmental footprints

Smart grids utilize the smart metering technology which can keep track of electricity use and its carbon discharges. Companies that need to advance their “green electricity” projects can utilize this to get environmentally aware customers. Associations and people can utilize this to help evaluate their progress towards the ozone-harming material emanations.

Concluding:

Points relating to the environmental impacts discussed in this article are substantial and most of them are particularly important. At the end of the day, the modern grid is a great idea but it comes with a significant cost. Exchanging the previous grids with new smart grids is a costly process.

Smart grid has no doubt the distinctive defense for the environment accompanying other benefits of using this modern technology. The environmental benefits for smart grid advancements don’t regularly leave any doubt in the profits of using this system, however out of projects that use innovations also need a large sum of money to implement the projects. Overall the use of smart grid can not only provide less costly energy source but it also gives us the opportunity to think about our environment as it provides energy using less carbon emission. We can not only reduce the cost and consumption of electricity by means of a smart grid but we can also make it happen without damaging our environment.

Diana Zebian is a marketing specialist at a leading smart grid solutions provider, Networked Energy Services (NES).

Leave a Reply

Your email address will not be published. Required fields are marked *