Advanced building heat management
Intelligent system control, reduced thermal consumption, real-time comfort optimization
BRAINWATT® monitors and remotely controls energy consumption in real time and optimizes generation and HVAC systems to maintain occupant comfort.
Consumption reduction
Identification of energy savings through customized analysis of inefficiencies in lighting, climate control, and other loads
Comfort optimization
Optimize HVAC system use to improve indoor comfort while reducing energy consumption
Energy cost control
Analysis of company energy costs through a virtual bill calculated using real prices and supply contracts across different sites
Centralized multisite management
Energy analysis of all company sites through customized dashboards for aggregated visualization and benchmarking
Centralized Control Room
Alarm management for energy managers and maintenance teams in case of malfunctions or anomalies compared to consumption baselines
Sustainability and ESG criteria
Calculation of ESG parameters, progress monitoring, and integration with major platforms for sustainability reporting
Technical systems and generation
and HVAC assets managed
Thermal plant
Heat pump / hvac
Photovoltaic
Cogeneration unit
Thermal storage
Electrical storage
Phases of the efficiency project
Monitoring
Forecasting
Thermal modeling
Optimization
Optimization of operating setpoints for energy savings while ensuring comfort levels
Implementation
Application of system setpoints to ensure savings by combining optimization and time-based control
Frequently Asked Questions on Heat Management, Remote Control, and HVAC Optimization
What are the advantages of remote control of centralized thermal systems?
Remote control allows real-time monitoring and remote regulation of generation and climate control systems such as HVAC units, thermal plants, and heat pumps. The main advantage is reduced energy consumption through immediate identification of inefficiencies.
With BRAINWATT®, Energy Managers and maintenance teams have access to a centralized Control Room that sends automatic alerts in case of anomalies compared to consumption baselines, ensuring operational continuity and optimized maintenance costs.
How does thermal modeling improve indoor comfort and efficiency?
Thermal modeling of buildings correlates historical consumption data with environmental parameters such as temperature, humidity, and solar radiation.
BRAINWATT® software uses advanced algorithms to calculate optimal operating setpoints, balancing energy savings with occupant comfort. This approach makes climate control a dynamic and predictive system capable of implementing precise adjustments on generation assets based on actual demand.
How is energy analysis managed in multisite environments?
Managing organizations with distributed locations requires benchmarking tools to compare the performance of multiple buildings in an aggregated manner.
The BRAINWATT® platform supports this through centralized dashboards and the virtual bill feature, which calculates expected energy expenditure based on real market prices and site-specific supply contracts. This level of detail is essential for financial planning and strategic allocation of energy budgets.
What is the impact of digital energy management on ESG reporting?
An intelligent management system enables integration of technical asset performance with non-financial reporting.
BRAINWATT® automatically calculates ESG parameters related to energy consumption and CO₂ emissions, simplifying sustainability reporting. By interfacing with major reporting platforms, the solution converts the operational efficiency of assets such as photovoltaic systems and thermal plants into certified, transparent data for investors and stakeholders.
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