enerbeat creates
Ideal indoor air conditions and high energy efficiency
through demand-based control and model-based design of ventilation and room air systems in demanding environments.
Usable in complex high-tech environments
In demanding industrial environments such as clean- and dry-rooms
Advanced indoor air quality monitoring
Measurement and visualization of all relevant air quality parameters
Multi-Zone-Control
Demand-driven control for individual ventilation zones — optimized with a system-wide view of their interactions
Plug and Play & Retrofit
Simple integration with existing measurement and control systems
Balancing What Matters
- High air quality
- Ideal thermal comfort
- Low energy demand
Three competing requirements that ventilation control must continuously balance.
In practice, HVAC systems are often operated at unsuitable performance levels:
- → because data on the actual environmental conditions is missing or inaccurate,
- → because influencing factors such as user behavior and outdoor climate are not sufficiently taken into account,
- → or because a system is operated with fixed control settings.
The result: unnecessarily high energy demand or indoor air conditions that fail to meet actual requirements.
Our Solutions
From Real-Time Data to Demand-Based Control
Operations
Improve existing HVAC systems in operation
Make running systems transparent, reliable, and gradually more efficient — while remaining in control.
Monitoring
Continuously capturing all relevant parameters, enriched with advanced spatial insights and visualization.
Decentralized edge devices
On-premise intelligence for data processing and control — powered by retrofit-ready edge devices.
Model-based improvement of energy efficiency across systems
The system predicts how external influences, disturbances and control actions affect HVAC systems — from individual AHUs to complex multi-zone environments — and determines ideal setpoints in advance.
Planning
Design HVAC systems for the way they will actually run
Use simulation, digital twins, and operational thinking from day one — so the system you build is the system you want to run.
Earlier efficiency levers
Identify and quantify optimization opportunities early in the planning phase.
Reduce investment costs
Replace blanket worst-case scenarios with simulated, scenario-tested sizing — low investment costs, lower lifetime energy demand.
Monitoring-ready from day one
Data points, interfaces and control logic are specified so future optimization and retrofits are already prepared.
Use Cases
Engineered for standard and high-demand environments
We support battery cell production, semiconductor manufacturing, pharmaceutical facilities, commercial and industrial halls, swimming pools, shopping centers, and other HVAC-intensive buildings.
Standard environments
Logistics, industry, commercial and non-residential buildings
Large, mixed-use spaces with shifting occupancy, variable loads and high energy bills.
High-demand environments
Clean rooms, dry rooms and high-tech production
Tight humidity, particle and pressure tolerances — where energy efficiency only counts if process conditions are strictly observed.
Unlock expert insights for energy-efficient HVAC operation
Receive our presentation with insights into HVAC efficiency improvements and our product portfolio.
- Understand why energy efficiency and simulation are relevant for your company
- Identify the potential of demand-driven ventilation in real operating conditions
- Learn how enerbeat enables excellent indoor air conditions with high energy efficiency
- See how easily enerbeat products can be deployed in existing HVAC environments
- Discover how we support HVAC planning through validated models, potential analyses, and practical expertise
About enerbeat
Meet the People Behind enerbeat
Founded by experts from research and industry, enerbeat combines deep technological expertise with practical experience in HVAC systems, model-based control, and energy-efficient building operation.
Let’s find out how enerbeat can support your project
Whether you have questions, specific requirements, or a first project idea — we’re happy to talk. Simple, direct, and without obligation.
Funded and Supported by
The “EXIST – University-Based Business Start-ups” programme and its projects are funded by the Federal Ministry for Economic Affairs and Energy and the European Union through the European Social Fund Plus (ESF+), based on a resolution adopted by the German Bundestag.
