Probiz Energy AI, an AI-driven platform tailored for facility managers, building operations teams, and sustainability officers. It enhances building maintenance by automating tasks, providing predictive insights, and analysing real-time data to streamline operations, cut energy costs, and support sustainability goals.
Probiz Energy AI enables proactive optimisation of building performance through seamless, automated processes—automating daily tasks and anticipating future needs to maximise efficiency and productivity.
From automating daily tasks to predicting future needs, Probiz Energy AI empower you to optimise building operations and boost productivity.
Probiz Energy AI is more than an analytics dashboard; it’s a smart engine that drives operational decisions for your buildings by processing real-time data from HVAC, meters, IAQ sensors, and legacy BMS into intelligent recommendations and automated actions.
What It Does:
Facility Manager: You are no longer wasting time scanning dashboards. Ask “Why is the air quality bad in Building today?” and the AI assistant tells you the cause, affected floors, and recommended HVAC settings. You act faster and smarter.
Sustainability Manager: Instead of digging for Excel files, you receive automatically scheduled reports on CO₂ trends, tree‑equivalent savings, and baseline performance. AI flags abnormal emission spikes and suggests corrective actions.
Application Engineer: New IAQ devices are integrated through plug‑and‑play workflows. The platform automatically maps data streams to BACnet or MQTT endpoints, and the AI assistant helps you troubleshoot device status in seconds.
Asset Manager: You track building‑wise, portfolio‑wide energy and emission performance from one interface. The AI summarises performance anomalies, suggests prioritisation, and lets you simulate cost‑saving scenarios.
It connects to your existing infrastructure: meters, HVACs, IoT sensors, fire alarms, CAFM systems and makes sense of it all. With our cloud‑native architecture and local BACnet compatibility, your legacy systems also join the conversation.
Manage IoT devices effectively within a building. One of its main advantages is the easy integration and support for a variety of devices, along with the availability of pre-configured data. Digitalise your building just within hours and reduce the effort by having the registration, installation, and commissioning procedures streamlined.
Simple-to-use tools for managing and configuring devices, enabling centralised control and monitoring. Improve operational effectiveness, streamline workflows for device management, and make sure that every device is properly connected to and optimised within the building ecosystem.
Get a comprehensive view of the Building IoT data and extract valuable insights. With advanced visualisation tools like 2D/3D floor plans, comparative charts, trend charts, and heat maps, you can easily identify risky conditions, anomalies, and patterns related to indoor air quality, energy consumption, occupancy and other related parameters.
Make informed decisions by visualising data and proactively optimising building operations to enhance occupant comfort and energy efficiency. The platform offers a clear, intuitive interface for monitoring air quality trends, analysing energy use, and identifying improvement opportunities.
Analyse your building from reports that are generated by an AI-based platform, optimise your HVAC control strategy based on recommendations or automate your building via wireless controllers. By analysing the data, it becomes possible to identify patterns, detect anomalies, and optimise energy usage, indoor air quality, and occupant comfort.
The analytics provide improved decision-making, proactive maintenance, energy savings, and enhanced occupant well-being. Use cases range from identifying energy efficiency opportunities to predicting equipment failures and optimising HVAC systems for optimal performance.
Achieve optimal performance and energy efficiency in buildings. By leveraging advanced analytics, machine learning, and HVAC control capabilities, the platform enables data-driven decision-making for building optimisation. Get valuable insights into energy consumption patterns, indoor comfort levels, and system performance, allowing facility managers to make informed adjustments and improvements.
It enables dynamic HVAC control, automated scheduling, and proactive maintenance, resulting in energy savings, enhanced occupant comfort, and lower operational costs. The platform optimises building management through various use cases, including demand response, load balancing, temperature and humidity regulation, lighting control, and preventive maintenance planning.
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