The energy question is at the heart of many issues today. It is enough to pay attention to the geopolitical climate and the current climate situation to realize this. Smart Energy initiatives are multiplying in order to improve energy efficiency and respect the environment. Energy is one of the most important operating expenses of industrial buildings. Optimizing the energy management of industrial buildings has become essential to improve energy performance and reduce production and operating costs. In this article, we will see which means and solutions allow manufacturers to optimize their energy management.
IoT-based energy management
Industrial buildings can benefit from Internet of Things (IoT) based energy management. This technology can help optimize energy consumption, resulting in lower energy bills and a smaller carbon footprint. It can also help utilities and businesses maximize renewable energy production. Predictive algorithms can identify potential operational problems before they occur, which can save energy and money.
An IoT-based smart system can collect data from multiple domains, such as energy production and prices, building energy consumption, and weather data, and make recommendations based on that data. It can also produce daily and weekly action plans for energy end users, as well as short-term predictions of user behavior.
IoT-based building energy management can benefit many industries and enable many applications while providing high reliability. The use of IoT-based energy management systems will become the norm. As energy demand increases, smart energy management will be increasingly useful.
With IoT-based energy management for their industrial buildings, companies can optimize their processes and reduce energy consumption. This technology can also improve the safety and reliability of processing equipment. In addition, it can help reduce overall energy costs and help increase productivity.
In addition to helping industrial companies reduce energy costs, IoT can also help companies save on damage costs associated with industrial equipment. IoT devices can also help businesses become more proactive and prevent costly downtime. They can also detect problems in real time and predict potential equipment failures, especially when combined with AI.
As global energy demand increases, utilities will need to adapt to meet the demands of an increasingly digital world. As a result, IoT-based energy management for industrial facilities is quickly catching up. This technology allows multiple devices to be connected to a single dashboard and automates the data collection process.
The combination of IoT and Industry 4.0 can lead to increased energy efficiency and cost savings. However, due to the rapid growth of new technologies, it can be difficult to decide which technologies offer real savings and benefits. Some technologies may even become obsolete before they reach their full potential. So organizations need to balance the two and find the technologies that offer a positive return on investment in the short term.
Preventive maintenance to optimize the energy management of industrial buildings
By identifying failure modes, predictive maintenance teams will be able to identify potential problems before they occur and implement measures to address them. They can also monitor the status of equipment and send real-time alerts when their status deviates from normal.
If a company wants to improve its energy management and save money, preventive HVAC maintenance is essential. In addition to checking the calibration and operation of the HVAC system, it must check supply air sensors, heat transfer coils and occupancy programs. The entire system must be documented to ensure optimal operation.
The goal of preventive maintenance is to identify and solve problems before they become serious. This maintenance method encourages facility managers to take a proactive approach to asset maintenance, often avoiding costly downtime. Preventive maintenance also increases equipment reliability, as faulty equipment is less likely to cause downtime.
In addition, preventive maintenance guarantees the safety and security of the installation and its equipment. Increasing efficiency is also a major goal of preventive maintenance. Buildings that implement preventive or predictive maintenance programs are more reliable, their equipment lasts longer, their operating costs are reduced and occupant comfort is improved.
Between 60 and 10%
This is the rate of energy consumption by commercial buildings, which could be reduced with better maintenance.
Up to 20%
This is the efficiency achieved with proper maintenance of lighting, heating, ventilation and air conditioning systems.
By identifying failure modes, predictive maintenance teams will be able to identify potential problems before they occur and implement measures to address them. They can also monitor the status of equipment and send real-time alerts when their status deviates from normal. The predictive maintenance process should be planned as part of the overall maintenance program. This is an effective way to avoid costly repairs in the future. The goal is to minimize the frequency of repairs and replacements, ensuring that the equipment will continue to function properly and safely.
Technology for energy efficiency
Energy efficiency is the process of using the least amount of energy possible to produce a given product or service. It involves the optimization of building systems to achieve a certain level of quality, cost, availability, comfort and performance. Several strategies can be employed to achieve this goal. The first step is to monitor and measure energy consumption. By definition, the smart grid is an intelligent electrical network that integrates information and communication technologies to develop new uses. In particular, it allows the development of energy management and energy efficiency actions. An accurate energy consumption report can help a facility manager determine how to optimize building systems.
Advanced analytics platforms gather data from all connected building systems and use it to identify trends and find opportunities for optimization. This technology has machine learning capabilities to provide continuous information to make a building more efficient. This data also helps building owners make informed decisions about energy efficiency. By leveraging this technology, building owners can achieve more efficient energy management and reduce energy bills.
Smart building IoT technology can be used to monitor heating, ventilation and air conditioning systems and learn from usage patterns using sensors and other means. It can also detect temperature thresholds, helping facility managers make better energy management decisions. This allows them to reduce energy costs and expenses.
This can be extremely beneficial in industrial environments such as photovoltaic power plants.
Intelligent analytics can help facility managers identify energy waste, which can then be minimized. But this method is only effective if it is implemented according to proven best practices. It is crucial to monitor heating, ventilation and air conditioning (HVAC) systems, as they are the biggest energy consumers. The data generated by these systems can help locate equipment and optimize the energy consumption of the entire building.
Analytics for energy efficiency
Analytics to optimize energy management in industrial buildings can be a powerful tool to achieve energy efficiency and reduce operating costs. By combining data mining, statistics, modeling and AI, these tools allow building managers to evaluate historical and current energy data to uncover optimization opportunities and identify areas for improvement. For example, they can be used to pre-heat buildings during off-peak hours or to analyze the impact of demand-side energy costs.
Advanced energy analysis can also be used to optimize the energy consumption of equipment. This is important in industries where predictive maintenance is essential to extend the life and efficiency of equipment. This technology allows facility managers to access energy data on a full-time basis. The use of IoT-based sensors provides this information in real time, allowing managers to make decisions before a problem escalates. IoT can be particularly useful in a solar photovoltaic plant.
Having the right information to optimize energy use is crucial to avoid faulty systems that increase building energy costs. With advanced analytics, industrial building managers can identify faulty equipment and implement solutions to minimize energy consumption and save money.
Buildings can benefit from smart technologies that collect thousands of data points. The more detailed the data, the greater the potential for savings. In addition to utility meter and sub-meter data, building optimization software can also leverage Internet of Things sensors and other data. In addition, most large buildings have access to interval meter data, which can help identify times of energy waste.