Due to the abnormal climate caused by environmental pollution, carbon neutrality has now become a necessity, not an option, to the extent that the UN has issued an unusual warning to the world. Accordingly, the government is also focusing on the production and consumption of eco-friendly energy, and as a result, carbon-neutral buildings and net-zero buildings that directly produce and manage energy have been introduced. However, if energy is not managed properly, it will be drawn from the outside, so an efficient management system that can manage both consumption and production is required.

Remote control and remote monitoring solutions

All in one solution that can be managed in a web environment

Hymatics (CEO Hyeong-seob Yoon) has been developing products related to remote control and monitoring, and is currently developing systems related to renewable energy monitoring and remote control. The company has more than 12 years of experience in building energy IoT system integration, and has accumulated skills in transforming embedded solutions and IoT integration into commercial services. Along with the company’s IoT embedded and firmware development capabilities, Hymatics has embedded software development and IoT device implementation capabilities for wirelessly connected devices that can also be used in 5G environments. Based on these technologies, the company has developed energy management and operation systems for various companies in the ICT convergence energy. One such system is a web-based monitoring system that enables integrated monitoring and management of inverters and solar power systems anytime, anywhere. You can use it to visually monitor and analyze system status, manage multiple remote power plants in real time, and view the status of solar power generation online. All of this data is visualized and easy to analyze, and each error and statistic can be sent to you by SMS or email, and you can also use the app to manage it. 

Various solutions for energy management

Customization to fit your work situation

Energy management requires different energy management methods for different environments. In particular, even if it is managed remotely, it is not entirely managed under the Internet environment. Recently therefore, a method, in which systems manage themselves through AI, is emerging. Hymatics offers a real-time local monitoring system that enables flexible and optimized operations that can meet the needs of a single power plant, monitoring operational and fault conditions, and analyzing them with data and visualizations. Hymatics’ intelligent energy management solution is based on 12 years of experience managing more than 3000 solar power plants and its own nationwide real-time data. As such, it works as a high-performance cloud platform for centralized monitoring of small-scale power plants in buildings to large-scale commercial power plants, providing multi-level management to meet specific needs at each stage. In addition, each system, app, and UI can be customized to fit your actual work environment and situation.

Optimizing consumption to production with AI

By integrating these remote management systems, Hymatics has developed a solar power monitoring system and a smartwatcher® energy IoT monitoring system. Smartwatcher® is a product with an energy analysis function using AI developed based on 12 years of nationwide monitoring data. AI can respond sensitively to climate change, which is most important for energy management, especially solar power generation, and has a great effect on conserving various resources, which is why AI is currently being actively used in the environmental field. Smartwatcher® leverage AI to improve the efficiency of energy management, preparing for various situations, monitoring energy production efficiency and consumption optimization, and managing energy status. This includes optimizing energy consumption through HVAC control and building LED control, as well as optimizing the production and use of renewable energy such as solar power. Smartwatcher® effectively utilizes available energy, including ESS, to optimize energy generation and consumption. This is a solution that can reduce power costs by collecting and analyzing energy data and predicting generation and consumption. It combines energy consumption and production and achieves optimization simultaneously with ICT convergence. This optimization is of great help in materializing zero energy buildings. Smartwatcher® is used in the renewable energy generation efficiency improvement monitoring system and the Net-Zero building energy management system using AI. This can be said to be a necessary solution to achieve carbon neutrality in the future.