Energy Management System for Smart Homes

Energy Management System for Smart Homes

In this day and age of the modern era and smart houses, there is a burgeoning market for home energy management systems, often known as HEMS.

According to data compiled by the Department of Energy (DoE), the construction industry accounts for 41% of total energy consumption for establishments in the United States.

This statistic highlights how important it is to reduce the energy that buildings use. Control, scheduling, and user information may all be managed with the help of a home energy management system (HEMS), which can be of use to the homeowner and the utility company.

The energy management systems can monitor the energy consumption of the home’s occupants to assist those people in modifying their behavior around energy usage in response to the input they get from the system.

Heads up! This post will help you have a better understanding of the importance of energy management systems in your smart homes!

What is energy management?

The practice of monitoring and improving a building’s energy use to reduce overall consumption and save money is referred to as energy management.

1. The process of energy management may be broken down into a few stages, which are as follows:

2. Continual data collection and analysis are being performed.

3. Find ways to optimize the schedules of the equipment, the set points, and the flow rates to get better energy efficiency.

4. Determine the amount of return on investment. The amount of energy that is conserved may be measured and computed in the same way that the amount of energy provided can.

5. Implement strategies for improving energy efficiency.

6. To maintain maximizing energy savings, return to step two and do it again.

Energy management is how a building’s energy consumption can be controlled and reduced, which enables owners and business operators to reduce their expenses – energy accounts for 25 percent of all operating expenses in an office building; reduce carbon emissions to meet internal sustainability goals and regulatory requirements.

It helps reduce risk, because the more energy you consume, the greater the chance that energy price increases or that the energy supply shortages could seriously affect your profitability.

Energy management is how a building can control and reduce its energy consumption.

What is an Energy Management System (EMS)?

Energy management system, or EMS, is a control and monitoring system for energy-using devices. These devices may include heating and cooling equipment, fans, pumps, dampers, and lights, among other things.

Controlling refrigeration equipment, industrial operations, or different types of systems may also be accomplished with the help of energy management systems.

Energy management systems are computer-aided tools that operators of electric utility grids use to monitor, regulate, and optimize the operation of the generating or transmission system.

These systems are often known as enterprise resource planning (ERP) systems. Additionally, it has applications in systems of a smaller size, such as microgrids.

What are the types of energy management?

Now, let us take a bold look at the aspects of energy management, or more specifically, how energy management practice may be helpful in various contexts.

1. Management of the Premises

In business settings, energy management entails taking measures to cut down on the expenditures of electrical energy use, but this must be done without sacrificing the quality of the operation. Using energy management systems, you may cut overall energy expenditures by as much as 29% of the entire cost.

2. The Management of Energy Consumption in Logistical Operations and Transport

Energy management in the logistics industry includes selecting the appropriate modes of transportation and routes, carrying out load optimizations, using fuel-efficient vehicles, and going for clean fuels.

3. Management of Energy Use in the Manufacturing Industry

Industries have a significant amount of room for development in terms of energy efficiency. Implementing industry-wide best practices for energy use will result in significant cost savings, increased work efficiency, and a more secure working environment.

4. The Role of Energy Management in the Process of Energy Procurement

The selling and buying of energy units is an integral part of procuring energy. An organization’s energy expenditures may go up due to this situation’s bad attitude and transactional mistakes.

5. Control of One’s Own Energy Level Consumption

The goal of regulating one’s personal energy is to lead a happier and healthier life. This may be accomplished by managing one’s physical activity, mental endeavors, and emotional condition throughout the day.

Why Energy management is important for Smart Homes?

The management of energy in homes is receiving increasing attention as part of an effort to incorporate more environmentally friendly energy sources.

Because of the continuously growing demand and the accompanying increase in energy prices, we and our home will need to become more resourceful to reduce our monthly expenses.

It is hoped that the implementation of smart grid systems would be a component of this initiative to improve the efficiency of the infrastructure for the generation and distribution of energy.

The Home Energy Management System, often known as HEMS, is what many people think of when they hear the term “foundation of energy management.”

Its primary objective is to provide energy management services that will allow for effective monitoring and administration of electricity production, power conservation, and energy storage technologies created inside the smart home.

Why do Smart Homes need Energy Management System?

Smart houses can improve energy efficiency, reduce energy usage expenses, reduce the carbon footprint by adding renewable resources, and alter the role that the inhabitant plays in the home.

The need for intelligent technology and linked devices is expected to continue to rise, which will enhance the significance of effectively controlling these devices’ software and energy consumption. The program’s objective is to guarantee that the devices are operating effectively and only when they are required to do so.

To put it another way, it’s a combination of a smart-home service platform and various smart-home devices that connect and, as a result, can do the following: detect occupancy in the home, schedule and automate energy use based on occupancy, and report energy use to users, among others.

How best to manage your energy consumption?

Examine your monthly bill for the services you use. Approximately one thousand kilowatt hours of power are used monthly as the national average. If you use more of anything, you may be able to save even more money. There are many different things you can do around the house to utilize less power, including:

1. Appliances and electronics —

Make sure the goods you buy are energy efficient and that you use them properly. Use a power strip with modern technology to cut down on “vampire loads,” which refers to the energy lost when electronic devices are turned off.

2. Lighting –

Invest in energy-efficient equipment, learn how to use those products effectively, and let more natural light into your house by installing energy-efficient windows, skylights, and doorways.

3. Heating and cooling a place using electric systems —

Invest in electric systems that are efficient with energy and learn how to run them effectively.

4. Reduce the number of appliances that are constantly on-

ok for gadgets you don’t use or that you can turn off or consider getting rid of that additional equipment or appliances you don’t use very frequently.

Who is in need of home energy management automation?

Recent years have seen the introduction of “smart houses” as an alternative approach to traditional power system issues, such as the emissions caused by thermal plants and the potential for blackouts caused by the failure of bulk facilities or transmission lines.

Using an appropriate energy-management strategy, the home’s appliances, energy sources, and energy storage should be synchronized with the needs of the homeowners of smart homes.

Systems for energy management are the primary factor in optimizing both the energy sources used in a house and the operation of loads to optimize the economic advantages of using energy at home while maintaining a pleasant lifestyle.

Switching to home automation is your first step to energy management; purchasing energy management systems is your way of sustaining your home energy management. So, who needs home automation energy management? It is none other than you, a smart homeowner!

How can Schneider Electric help your home’s Energy Management?

Worry no more, as Schneider Electric Thailand is your digital partner for energy sustainability and efficiency, speeds up the digital transition for your automated homes to build a smart and environmentally friendly future in this modern era of the electric world!

This helps produce a more sustainable and efficient use of energy. All living areas may benefit from the increased safety, adaptability, energy efficiency, and comfort that smart home systems provide. Because of advances in technology and home automation, every project will become a secure investment for the future.

Changes of a significant level in the energy market directly impact the types of goods that are made accessible to customers. Today, various software, gadgets, and solutions are available for use in energy management and smart home automation based on the Internet of Things.

If you want to learn more about home automation energy management, visit https://www.se.com/th/en/ for further elaboration.

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