Energy management: how can technology optimize it?

Technology is now an indispensable ally for energy management in companies, as it enables data to be measured, controlled, automated, and analyzed. With the energy sector's growing awareness of sustainability, technology also plays an important role in reducing environmental impacts.

Today, new technologies are revolutionizing the way energy is produced, distributed, and consumed. They help reduce costs in the sector, contribute to environmental preservation, and improve operational efficiency in industry.

What is energy management?

Energy management is the process of monitoring, controlling, and optimizing energy use within an organization. With the goal of improving energy efficiency, this set of practices promotes the sustainable use of energy sources.

Benefits of energy management

Investing in energy management within an organization offers several benefits, including:

Reduced energy-related operating costs;
Increased environmental sustainability by reducing environmental impacts;
Compliance with regulations and standards, such as ISO 50001;
Improved company reputation through sustainable practices;
Energy resilience, meaning the industry becomes less susceptible to price fluctuations.

Technologies that support energy management

According to Gartner, sustainable technology is a framework of digital solutions that can enable environmental, social, and governance outcomes for companies and their customers. One of the ways companies are already applying it is through energy management.

Due to companies' current need to achieve greater energy efficiency and the pursuit of more sustainable practices across all sectors, the demand for technological solutions that help optimize companies' energy performance is growing.

New technologies are being developed to support the energy sector and provide increasingly precise, efficient, and automated tools and innovative solutions.

Internet of Things (IoT)

IoT is highly relevant to the energy sector, as connectivity between sensors, devices, and systems enables real-time data collection on energy consumption. For example, IoT sensors can be installed in commercial buildings to monitor energy consumption in real time, allowing automatic adjustments to lighting and climate control.

Automation

Automation supports energy management through real-time consumption monitoring. It enables remote equipment control, optimizes processes to increase energy efficiency, and effectively integrates renewable energy sources. For example, an automation system in a factory can schedule machines to operate during periods when energy rates are lower, reducing costs.

Artificial Intelligence (AI)

AI can process large volumes of data to identify consumption patterns and forecast energy demand, supporting decision-making. It also helps integrate renewable energy sources and enables predictive equipment maintenance. Some energy utilities use AI to analyze historical consumption patterns and forecast demand peaks, enabling better resource planning.

Data & Analytics

Data & Analytics enables a deeper analysis of energy consumption data, allowing companies to detect waste and identify opportunities for improvement with greater precision. Companies can use Data & Analytics tools to evaluate energy consumption data across their operations, identifying areas where waste occurs, such as machines operating during inefficient periods.

Benefits of sustainable technology

More accurate measurement

Real-time monitoring systems are already available, enabling more accurate measurement of energy consumption.

Reduced greenhouse gas emissions

Clean energy technologies (solar, wind, geothermal, tidal, and hydropower) are helping reduce greenhouse gas emissions into the atmosphere.

System integration and automation

System automation enables companies to manage energy consumption more effectively. With IoT and automation, companies can integrate systems, sensors, and devices to collect real-time data and automate tasks based on the results.

Better decision-making

Using available data is also a way to optimize resources. With Data & Analytics, Machine Learning, and Artificial Intelligence, companies can identify patterns, trends, and opportunities to improve energy consumption, thereby improving decision-making and implementing increasingly effective strategies.

Smarthis can help you with your energy management!

We work with Automation, Artificial Intelligence, and Data & Analytics for companies in the energy sector, supported by a highly skilled technical team. You can have one of our specialists analyze your systems to determine how we can help optimize your energy management.