RETHING CYNERGY Energy & Asset Manager Building Energy Management System

RETHING Cynergy Energy & Asset Manager is a comprehensive solution designed for modern businesses and building managers who demand efficient energy management and cost reduction. It addresses key needs such as:

• Effective Energy Management: Minimize energy demands and operational costs while maximizing system efficiency.

• Real-Time Monitoring: Enhance performance with continuous tracking of HVAC, lighting, and other critical systems.

• Optimized Indoor Comfort: Monitor and control air quality (CO₂), temperature, humidity, and lighting to maintain superior comfort levels in office environments.

• Smart Control with AI: Utilize wireless sensors and advanced AI algorithms to automatically adjust HVAC, ventilation, and lighting based on real-time data, ensuring optimal energy use.

• Predictive Analytics: Forecast energy consumption by analyzing multiple data sources—including degree days, occupancy, and weather conditions—through machine learning techniques.

• Robust IoT Infrastructure: Deploy a secure private LoRaWAN network with low-energy wireless sensors that measure temperature, humidity, CO₂, occupancy, and lighting without the need for extensive wiring.

• Seamless Integration: Connect building systems such as HVACs, AHUs, VRVs, lighting, EV chargers, and photovoltaics via the central Rething Cynergy Edge IoT Gateway, which also integrates with existing Building Management Systems (BMS).

• User-Friendly Dashboards: Access comprehensive data analysis and real-time reports through intuitive dashboards for easy monitoring and management.

• ISO50001 Certification: Ensure that your energy management practices meet international standards for efficiency and sustainability.

By installing the Rething Cynergy Edge IoT Gateway in each building, our solution creates a secure, private network that collects sensor data and communicates with our fully configurable cloud platform. This data-driven approach allows for dynamic control of building systems—both automatically and via remote manual interventions—resulting in significant reductions in energy and water consumption, lower CO₂ emissions, and enhanced indoor environmental quality. Experience a future-ready digital transformation that not only cuts costs but also supports sustainable building management