WEBGARAGE
The evolution of automation and remote supervision of your plants
WebGarage redefines Building Energy Management System (BEMS) standards as an advanced full-web platform, enabling smart, predictive and fully interoperable management of modern buildings.
OUR STRENGTHS
Technological Convergence: Integrates plant automation with advanced data analysis, offering a single web interface for total control from any device.
Compliance and Sustainability: Designed to respond to the Green Deal and EPBD directives, it practically supports the achievement of energy efficiency and decarbonisation targets for buildings.
Operational Efficiency and Deployment: Reduces engineering and graphics creation time by up to 30%, supporting all standard protocols and lowering multi-site connection costs via Edge2Cloud architecture.
Architectural Flexibility: Guarantees total freedom of installation by adapting to any IT infrastructure, whether on embedded controllers, on-premise servers or in the cloud.
Semantic Intelligence: Natively based on the Haystack Project standard,organises field data via semantic tagging to ensure maximum intelligibility and interoperability with analytics and third-party systems.
Scalable and Unconstrained Model: Offers secure VPN-free remote access, unlimited multi-user management and a perpetual licence model with no recurring fees.
Analytics and KPI Monitoring: Allows the simplified creation of customised dashboards for real-time analysis, facilitating the proactive detection of inefficiencies and anomalies.
FULL CONTROL OF THE BUILDING
True efficiency can only be achieved through the integrated management of all energy sources:
- Heating and Gas: Optimization of production at the central plant and of the building’s internal distribution network.
- Electricity: Management of peak demand and integration with renewable sources (such as photovoltaics). This approach allows for balancing energy supply and demand across the entire building, transforming it from a mere consumer into an active and efficient participant in the grid.