In the modern, work-from-home era, offline solutions no longer make the cut. Senior Engineers can more effectively share their wealth of experience with new staff, maintaining this resource within the firm. With firm-wide and individual templates, engineers can easily start projects with up-to-date inputs based on years of project data and knowledge. Gone are the days of passing around outdated Excel files. Loadmodeling.tool also solves another problem most engineering firms face: centralizing information in one accessible location. This reduces unnecessary time lost by 60-80%, freeing up resources for engineering firms to focus on their value-added work, take on more projects, and increase profit.
loadmodeling.tool allows engineers to validate design strategies early to avoid costly changes later. The entire model is exportable to OpenStudio and EnergyPlus for offline use and record keeping.īuilt on open geometry, loadmodeling.tool provides a much-needed advancement, solving one of the most significant issues faced by engineers: the vast amount of time lost on remodeling geometry before any design can take place. Models are accessible via a web interface for quick performance and ease of sharing results. The tool leverages the EnergyPlus engine for detailed room-by-room load calculations and HVAC system sizing. It is an automated, full-featured load modeling and system design tool made for consulting engineers, design/build contractors, HVAC contractors, facility engineers, and other professionals involved in the design and analysis of commercial building HVAC systems. loadmodeling.tool is a state-of-the-art solution made by engineers for engineers.
Modern problems require modern solutions – this is why cove.tool designed loadmodeling.tool. Although engineers have a large role in climate change, many are using outdated technology that was never designed to tackle the current problem of reducing emissions. In the last 10-20 years, not much has changed in the way engineering firms design and size mechanical systems.
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