Trace 700 软件

TRACE 700 enables optimization of various building systems, including underfloor air distribution systems, active and passive chilled beam systems, displacement ventilation systems, variable refrigerant flow systems, dedicated outdoor air systems, and airside economizers. This comprehensive range of system types allows building designers to analyze and optimize energy utilization and life-cycle costs for a wide range of building designs and configurations.

TRACE 700 allows users to manipulate a wide range of variables to create a profile of their specific building and analyze the energy and economic effects of virtually any chiller plant configuration. This enables building designers to evaluate different design options, identify opportunities for energy efficiency, and optimize system performance based on energy utilization and life-cycle costs.

ASHRAE Standard 62.1, which focuses on ventilation for acceptable indoor air quality, is integrated into TRACE 700. The software enables CO2-based demand-controlled ventilation, allowing building designers to optimize ventilation rates based on occupancy and indoor air quality requirements. This feature helps to reduce energy consumption and improve indoor air quality.

Yes, TRACE 700 includes features for fan pressure optimization and optimum stop-start strategies. These features enable building designers to analyze and optimize fan energy consumption, reduce energy waste, and improve overall system efficiency. By optimizing fan pressure and stop-start strategies, building designers can reduce energy costs and extend equipment lifespan.

TRACE 700 allows users to input building occupancy patterns and schedules, which are then used to simulate energy consumption and optimize system performance. By accounting for occupancy patterns and schedules, building designers can create more accurate energy models, identify opportunities for energy efficiency, and optimize system performance to meet the specific needs of the building and its occupants.

Yes, TRACE 700 enables building designers to evaluate the economic effects of different design options, including life-cycle costs, energy costs, and maintenance costs. By analyzing the economic effects of different design options, building designers can make informed decisions about which design options to pursue and optimize system performance based on both energy efficiency and cost-effectiveness.