VirtualHouse offers a simulation platform for optimizing building HVAC systems through customized digital twins. Our technology enables virtual testing and validation of system performance, improving energy efficiency and occupant comfort from design to operation.
Funding
Funding not disclosed
Founders
Product
Problem
The construction industry faces challenges in ensuring heating, cooling, and ventilation (HVV) systems perform optimally throughout a building's lifecycle. Inefficient system design, installation, and operation can lead to suboptimal energy consumption, increased operational costs, and occupant discomfort.
Solution
VirtualHouse provides a simulation platform that enables detailed analysis and optimization of HVV systems. Our technology creates customized digital twins of building systems, allowing for virtual testing and validation of performance parameters before physical installation. This approach facilitates smoother project execution, simplifies system handover to building operators, and enhances operational profitability by ensuring systems achieve their intended energy efficiency and comfort levels. The simulation insights are valuable from the initial design phase through to long-term operational management.
Target Audience
Our primary customers are stakeholders in the construction and property management sectors, including developers, contractors, engineering consultants, and facility managers who are responsible for the design, installation, and operation of building HVAC systems.
Features
- Customized simulation models for HVAC systems, tailored to specific building designs and project requirements.
- Digital twin creation for virtual testing and validation of system performance under various operational scenarios.
- Analysis of energy consumption patterns and identification of optimization opportunities for improved efficiency.
- Facilitation of system commissioning and handover by providing clear performance data and operational guidelines.
- Predictive modeling to forecast system behavior and potential issues during the operational phase.
- Integration capabilities with Building Information Modeling (BIM) data for comprehensive project lifecycle analysis.