Grupo de contenido: CYPETHERM EPlus / CYPETHERM HE Plus / CYPETHERM RECS Plus
As of the 2018.g version of CYPETHERM programs with the EnergyPlus analysis engine, users can define more than one water-cooling and/or heating system in the same project, as long as other types of air conditioning systems are not defined. If other types of air conditioning systems are defined, as occurred in previous versions, only one […]
As of the 2018.g version, CYPETHERM programs with the EnergyPlus analysis engine contain a new, more functional and intuitive interface to define air conditioning systems. In CYPETHERM EPlus, HE Plus and RECSPlus, the air conditioning installation is divided into Terminal units and Air conditioning systems. Until now, both parts were defined in the same general […]
Users can now define a single domestic hot water demand for the whole building. Until now, the domestic hot water demand was defined for each thermal zone. Users can choose between both options in the Building tab > General data > Daily DHW demand. If the “Total demand of the building” option is chosen, only […]
The 2018.g version of CYPETHERM programs with the EnergyPlus analysis engine uses the new 8.8 version of the engine, published on 30th September 2017.
The catalogue of Altherma aerothermal systems from DAIKIN has been incorporated. The DAIKIN logo can be seen in the aerothermal water-air conditioning systems category. In the panel that opens when clicking on the logo, users can choose amongst the three Altherma series equipment: Monobloc, Bibloc and HT. Depending on the series that has been chosen, […]
As of the 2018.g version users can simulate TOSHIBA 1x1 split floor and ground equipment. This equipment is defined as terminal units in each zone. To add a TOSHIBA 1x1 split, a new terminal unit must be added and select the direct expansion category where the 1x1 split button appears. In the panel that opens […]
As of the 2018.d version, it is possible to define TOSHIBA multi-split systems. These systems consist of an outdoor unit and between 2 and 5 indoor units. In Air conditioning systems, the new tab: Multisplit appears, where users can add and define outdoor units of this type contained in the project. In the panel, users […]
A new section has been added in the Zone window (which appears when a Zone is selected in the tree diagram of the “Building” tab): Air conditioning systems. This section gathers, in a single panel, all the design conditions of air conditioning systems that were previously defined in panel of each terminal unit. In the new […]
When the “Air conditioning systems” section is selected (tree diagram of the “Building” tab), in the “Terminal units” window that appears, the “radiant heating terminal” has been divided into different groups: Electric, High temperature (> 60ºC) and Low temperature (< 60ºC). Until now, for these terminals, users could choose between “Electric” and “Hot water”. As […]
Aerothermal equipment consists of a heat pump that produces hot water for heating and sanitary hot water, with the possibility to invert the cycle for cold production. In the 2018.c version, CYPETHERM programs with the EnergyPlusTM analysis engine (CYPETHERM HE Plus, CYPETHERM RECS Plus and CYPETHERM EPlus) are capable of simulating this air conditioning system […]
Within the air conditioning systems, it is possible to simulate a radiant heating terminal in a thermal zone that contains any other type of terminal unit (except the constant performance equipment). Until now, a radiant heating terminal situated in a thermal zone in which another terminal unit was present was defined in the panel of […]
As of the 2018.a, CYPETHERM programs with the EnergyPlusTM analysis motor allow users to define several VRF type (indoor) terminal units associated to the same thermal zone. In previous versions it was only possible to simulate one VRF terminal unit in each thermal zone.
