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This article introduces what are the five influential solutions to the sustainability of the Internet of things in big data, which are very detailed. Interested friends can use them for reference. I hope they can be helpful to you.

There is a growing momentum towards a more sustainable economy. Consumers increasingly like to do business with companies that adopt sustainable practices, and more and more organizations are looking for ways to reduce the environmental impact of their operations. This "green" thinking is driving the development of new sustainability solutions, many of which make use of Internet of things (IoT) technology.

Why does the Internet of things occupy a central position in sustainable solutions? The foundation of all these solutions is the basic concept of data analysis. Collect data on business and operational activities, study them to gain insight, and make decisions based on objective analysis, and these processes have always been considered the key to success. But today, the amount of information that the Internet of things can collect has taken data-driven decision-making to a new level. Every enterprise has a large amount of data, which makes it possible to gain more insights than ever before. In addition, many IoT platforms use machine learning so that you can have truly actionable insights that businesses can use to improve processes and operate more sustainably.

Here are the five most influential Internet of things sustainability solutions for enterprises today.

1. Intelligent electric meter

Smart meters can measure the electricity consumption of buildings. However, before they become "smart", the meter only sends meter readings to the power company (as a customer, you cannot access the data), and mainly measures kilowatt hours. Today's smart meters transmit data over low-power wireless networks, and your energy usage data is regularly sent to power companies, some of which send data every 15 minutes.

In addition to providing more detailed data than older equipment, smart meters also give customers access to consumption and peak demand usage data. These new smart meters can also provide detailed information about real and reactive power to measure power factor efficiency and energy quality. As a result, companies using smart meters have the ability to gain more control over energy use by changing their habits or identifying problems related to power quality. Because smart meters provide more information about electricity use, this is an excellent tool for facility managers who want to reduce energy use as part of a larger sustainable development plan.

two。 Intelligent lighting and HVAC system

60% to 80% of building energy consumption can be attributed to lighting and HVAC systems, so any tool that can help you reduce energy consumption in these areas is worth investing in. The Internet of things and analysis can greatly improve energy efficiency, thereby reducing energy costs and improving sustainability.

Traditional lighting control systems only follow a predetermined schedule to control building lighting, while intelligent lighting gives you more control over lighting to help you manage lighting more effectively. Internet of things devices can also help optimize building management systems (BMS) by providing feedback between regional conditions and HVAC energy measurements.

Internet of things devices can be embedded in lighting controls and transfer data to the building management system to provide feedback loops to better control the system and measure efficiency. In addition, intelligent LED can transmit information about broken and burnt lights in real time.

3. Air quality Monitoring of Internet of things

Since sustainable development is synonymous with corporate social responsibility, this category also includes projects related to occupational safety and health. The air quality in the building directly affects people's health. According to EPA, 30 per cent of new and rebuilt buildings are found to have harmful indoor air, which sometimes causes "sick building" syndrome.

Indoor air quality monitoring can help you create a healthier and more efficient environment for your employees. Internet of things sensors can continuously monitor the presence of common pollutants, such as volatile organic compounds, carbon monoxide and particulates. Over time, the data you receive will accurately describe the overall air quality of the building and help you determine what measures may need to be taken to improve it.

Monitoring carbon dioxide also helps to reduce energy consumption. The American Society of heating, Refrigeration and Air conditioning Engineers (ASHRAE) issued specific ventilation standards, but since commercial buildings are rarely used at full capacity, most companies end up overventilating their spaces, wasting money and energy on outdoor air heating and cooling. (from iothome) by implementing an on-demand controlled ventilation system, you can monitor carbon dioxide levels and ventilate only when it is necessary to improve indoor air quality. As a result, your heating and cooling devices consume the least energy.

4. Water monitoring

Water is an important indicator of sustainable development because it is an important part of the daily use of most facilities (the average water consumption in the United States is about 20 gallons per square foot). This indicates that a 100000-square-foot building consumes more than 2 million gallons of water per year. Pipeline leakage is the main cause of large amount of water waste in industrial / commercial facilities, and the Internet of things solution to detect leakage through dynamic water consumption monitoring can greatly reduce consumption and waste.

5. Intelligent agriculture

Another IoT sustainability solution to major global challenges is smart agriculture. Indoor farming companies such as AeroFarms and Bowery Farming have attracted unprecedented interest from investors because they have successfully adopted unique farming methods that rely on tightly controlled environments to grow the best crops.

Internet of things (IoT) sensor is an ideal technology to deal with the challenge of environmental control. By collecting and analyzing data on soil moisture, light, air quality, etc., farmers can improve their practices to maximize crop growth. The Internet of things has proved valuable in creating favorable conditions for crop growth. For example, Growlink allows farmers to use Internet of things technology and machine learning to optimize planting conditions. Solutions like this also help farmers minimize the use of pesticides and fertilizers and use them only where and when they are needed. Reducing the impact of agriculture on the environment and increasing production are two important benefits of the Internet of things related to sustainability.

This is the end of what are the five influential solutions to the sustainability of the Internet of things in big data. I hope the above content can be helpful to you and learn more knowledge. If you think the article is good, you can share it for more people to see.

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