Grupo de contenido: Climatización
As of the 2014.c version, CYPECAD MEP users can define the thermal and hygrometric efficiency values of ventilation systems with heat recovery in the internal conditions of the precincts (within the ventilation section). This way, the effect of the ventilation systems will be seen in the thermal load calculation results without having to introduce the […]
The 2014.b version includes a practical and important new feature which allows users to know the thermal loads of the precincts of a floor of the building at a single glance. It consists of a display, using contour lines, of the heating and cooling thermal loads that have been calculated for each precinct. Once the […]
A new option has been implemented in the 2013.m version, to limit the maximum value of the average temperature of the emitter for heating emitters, to a value chosen by users (Air conditioning > Job > Options > Heating emitters). For CYPECAD MEP jobs that have been created for Spain, this option is activated by default […]
Now, in the 2013.l version, the head loss of the manifolds of the energy harvesting system is calculated using the flow coefficient Kv. This coefficient is a property of the manifold, and so is an implicit piece of data that is imported from the Price Generator when the manifold is selected (for jobs created for countries […]
As of the 2013.l version, the program allows users to introduce circulation pumps (Installation > Water conducting systems > Circulation pump) in the geothermal energy harvesting system, between the manifold and the heat pump.
The 2013.k version arrives with a new module: Geothermal energy harvesting systems, integrated in the Air Conditioning tab of CYPECAD MEP. This new module has been conceived to design geothermal energy harvesting systems. More information on this new module of CYPECAD MEP can be found in the New modules and programs section of this webpage.
The 2013.k version arrives with a new module: Geothermal energy harvesting systems, integrated in the Air Conditioning tab of CYPECAD MEP. This new module has been conceived to design geothermal energy harvesting systems. Geothermal heat pump systems are geothermal systems with low enthalpy which use a heat pump and an energy harvesting system in the ground […]
The number of elements whose description can be edited is increased (description type initiated in the 2011.a version). The 2013.f version incorporates the possibility to define diffusers (with or without plenum) and nozzles as elements which can be edited. Using the editable description, not only can elements and equipments from the Price Generator be used, […]
The 2013.f version of CYPECAD MEP international incorporates, in the Air Conditioning tab, the introduction and design of flexible tubes (including diffusers with or without plenum, and the nozzles) for use in duct air conditioning systems. CYPECAD MEP international is the version used when the Price Generator is not available for the selected country or […]
The number of elements whose description can be edited has been increased (description type that was initiated in the 2011.a version). The 2013.e version allows users to define grilles and a wider range of ducts as elements that can be edited. Being able to edit the description implies that not only can elements and equipment […]
The 2013.e version of CYPECAD MEP international has incorporated the design, check and detailing of duct air conditioning equipment. Furthermore, the sound immision of this equipment is provided in the Acoustics tab. CYPECAD MEP international is the version that is used when a country is selected for which the Price generator is not yet available […]
