Smart Building

Smart buildings integrate ICT and automation technologies into architectural systems to respond to external factors such as user needs and temperature variations. These buildings are capable of automatic sensing, analysis, and response, creating a safe and comfortable environment while achieving the goals of safety, health, comfort, convenience, sustainability, and energy efficiency.

We adopt a high-performance, stable, and integrative Honeywell platform architecture, combined with our independently developed smart building system, to offer customized smart building solutions. Our services include system integration, automated control design, energy management, security and surveillance integration, HVAC optimization, and elevator control, comprehensively supporting intelligent management needs for buildings and IoT applications.

The platform features high compatibility, stability, and excellent scalability. With an open and distributed network architecture, it can integrate any devices that support network communication protocols, enabling seamless interconnection, interoperability, and real-time interactive control. This creates a truly intelligent, flexible, and efficient building management system.

Smart Energy

To achieve carbon reduction goals and build a low-carbon society, smart energy focuses on three core elements: energy conservation, energy storage, and energy creation. In addition to developing renewable energy sources, it’s essential to enhance energy storage and optimize consumption. In smart cities, energy management systems are widely implemented across buildings, campuses, factories, and public facilities, enabling real-time monitoring and intelligent energy dispatch.
Taiwan Power Company (Taipower) supports the government’s green energy policy and aims to reach 20% renewable energy generation by 2025. It has also launched the DREAMS (Distributed Renewable Energy Advanced Management System) to integrate regional resources and collect power generation and load data for optimized energy scheduling and allocation. To ensure secure and stable data exchange, related systems are required to comply with the DNP3.0 communication protocol certification, supporting the integration and reliability of smart grid applications.

We have obtained Taipower’s DNP3.0 certification and successfully integrated with the DREAMS system. We offer a one-stop smart energy integration solution, including energy monitoring system design and implementation, DNP3.0 protocol integration, power data visualization platform development, renewable energy system integration, and energy storage applications. From front-end sensing to back-end platform management, we assist enterprises and public sectors in building efficient, scalable smart energy management environments — paving the way toward a sustainable, low-carbon future.

Energy Management System (EMS)

By integrating power distribution systems with program control, network communication, and database technologies, energy data from on-site control stations is transmitted to a central management center. This allows for comprehensive data collection, storage, statistics, querying, and analysis of energy production, enabling real-time monitoring, diagnostics, and optimization to effectively manage energy consumption and achieve energy-saving goals.
Through a cloud-based EMS platform, a comprehensive energy storage system solution is provided, enabling remote monitoring of EV charging systems, ESS (Energy Storage Systems), and PV (Photovoltaic Renewable Energy Systems). The system incorporates AI-based real-time monitoring, predictive alerts, data analysis, energy insights, and optimization strategies. When abnormal data is detected, the system sends instant alerts to ensure operational safety and maximize energy efficiency.

We deliver complete power monitoring and smart energy storage integration solutions, including energy data acquisition module deployment, backend database and platform development, AI-based energy forecasting and anomaly alert systems, multi-system integration for EV/ESS/PV, and user-friendly cloud monitoring interfaces. Our solutions help clients build intelligent, reliable, and scalable energy management systems — accelerating the transition to a smart and sustainable green energy future.

Solar Energy

Supported by AI-powered functions, we integrate, manage, and control information and systems to gain full visibility into site intelligence. Based on the DNP3.0 architecture, we provide stable data interfacing and ensure secure network transmission, enabling real-time information from power stations to be connected to Taipower’s DREAMS for energy dispatch. This enhances the operation and maintenance of solar power plants and contributes to building a secure and adaptable power grid.

Since 2010, we have applied the Honeywell platform to solar power plants and have completed the deployment of over 300 energy management platforms to date, incorporating cloud-based monitoring and O&M systems.

We offer comprehensive EPC services for solar photovoltaic (PV) systems, covering site surveys, plant planning and design, grid-connection services, construction and equipment selection. By integrating intelligent remote monitoring platforms, we enable centralized control and cybersecurity management, significantly reducing power consumption and achieving energy-saving goals.

Smart Traffic

Smart traffic integrate advanced electronics, communication, information, sensing, and control technologies to connect people, vehicles, and road infrastructure, enhancing traffic safety and transport efficiency while reducing environmental impact. Using IoT sensors, cameras, and radar, combined with AI-based data analysis, the system provides real-time insights into traffic flow and road conditions, effectively easing congestion. We deliver comprehensive smart transportation solutions, including the design and implementation of traffic monitoring systems, development of AI road image recognition modules, license plate recognition and violation detection systems, cloud platform integration, edge computing deployment, IoT communication protocol integration, and real-time traffic data visualization. We help governments and enterprises create intelligent, scalable, and predictive transportation management systems—enhancing urban mobility and ensuring safer roads.

Smart Farming

By leveraging sensing technology, IoT, and AI data analytics, we enable real-time monitoring of climate, soil, and crop growth to optimize farm management and decision-making. The system can automatically adjust sunlight angles and shading, and uses thermal imaging to assess plant health. Intelligent irrigation delivers precise watering based on soil pH and moisture levels, and automatically halts when water quality anomalies are detected, ensuring optimal growing conditions for crops. AI models provide cultivation recommendations, while air quality monitoring, environmental control systems, power, utilities, and surveillance are all integrated into a centralized cloud platform.

We offer one-stop smart agriculture integration services, including sensor deployment, automated irrigation systems, cloud platform development, AI data analysis, remote monitoring, and anomaly alert mechanisms. Our solutions help clients build efficient, scalable, and sustainable smart agriculture management systems.