Alexis's profile - activity

Hello, I am working on Euclid. I would like to add a daylighting control for one of my zone but I cant. The bottom to add the daylighting control is grey. For the illuminance map, no problem. How can I fix it ?

I don't have the answer but I have a quick question. How do you determine / calculate the design flow rate in this case

Thank you very much for your answer, a lot of information. However, I didnt undertand everything. So in summary, do you

Thank you for your answer but my question is more about the solar radiation and the design day. Because here in my case,

Energyplus, Design day : date and solar radiation Hello everyone, I am working currently on a hotel project with rooms

In energy plus, you need to create an object in the tab "output:SQ Lite" and in the tab "output:variable", look for the

I uploaded and edited my results. So when I decrease my supply air temperature, my flow rate decreases. The cooling cap

VRF templates : How to fix these error: "Gross Rated Total Cooling Capacity [W] will be limited by the maximum rated vol

For this project, I dont have any heating. I am in indonesia, hot climate. Only cooling, for all the year

FI, when I raise the supply air temperature, my requested flow ratio diverge from the limit. Choosing a "random tempera

I tried, [lease Check above my screenshot. But I don't really know how to read and understand the results. Which one I n

VRF templates : How to fix these error: "Gross Rated Total Cooling Capacity [W] will be limited by the maximum rated vol

VRF templates : How to fix these error: "Gross Rated Total Cooling Capacity [W] will be limited by the maximum rated vol

How to fix these error: "Gross Rated Total Cooling Capacity [W] will be limited by the maximum rated volume flow per rat

Thank for the answer. I tried but I still have these warnings. For info, the difference between the 'Requested capacity

Does anyone have an answer or a lead for this issue ? I am facing the same issue with the VRF templates and autosize for

How to fix these error: "Gross Rated Total Cooling Capacity [W] will be limited by the maximum rated volume flow per rat

Hi all,

I am trying to design DOAS system to my existing VRF system in OS. I have successfully designed the VRF system (1 terminal 1 thermal zone). Would like to put 5.5 l/s/person precooled outdoor intake to the room, and found out that designing the air loop coupled with VRF in OS is not easy, I tried to use the measure in BCL "VRFwithDOAS". My model is simple 1 thermal zone building. And never ran successfully. Always show this message:

It says the error is "Null reference for setZoneforMasterThermostatLocation", but i couldn't find any clue where to input it in the VRFwithDOAS measure, anyone can help me with this?

In your video, at 50 seconds, you have imported and defined 7 design days. Every curves represent 1 design days. Check

Thank you for your answer. If I understand well, the electric rated power should be equal to the fan power of the manufa

E+, defining DOAS fan specification according to manufacturer's book I am a beginner with E+ Now, I trying to simulate

E+, part load ratio and VRF I am trying to get my part load ratio related to the number of hours. A certification audito

I read this post and its what I did. Input the total static pressure in the field "supply fan delta pressure". But it gi

E+, defining DOAS fan specification according to manufacturer's book I am a beginner with E+ Now, I trying to simulate

I don't expect to be exactly the same but close at least. The "rated electric power" should be more or less than "fan mo

E+, defining DOAS fan specification according to manufacturer's book I try to simulate and represent a DOAS according to

I dont expect to be exactly the same but close at least. I have some doubt about the pressure, the "supply fan delta pre

E+, defining DOAS fan specification according to manufacturer's book I try to simulate and represent a DOAS according to

E+,defining DOAS fan specification according to manufacturer's book I try to simulate and represent a DOAS according to

E+,defining DOAS fan specification according to manufacturer's book I try to simulate and represent a DOAS according to

AC hard sized, number of people and variation of the inside temperature I did a auto size simulation in the purpose to f

AC hard sized, number of people and variation of the inside temperature I did a auto size simulation in the purpose to f

AC hard sized, number of people and variation of the inside temperature I did a auto size simulation in the purpose to f

AC hard sized, number of people and variation of the inside temperature I did a auto size simulation in the purpose to f

AC hard sized, number of people and variation of the inside temperature I did a auto size simulation in the purpose to f

Its an old conversation but I try. If the ceiling void is 20/30/40 cm, we set an air gap of 20/30/40 cm ? So it means wi

I did this test for the sizing day to easily compare the results. I work with a VRF system and a DOAS with HX for the fr

Hard sizing AC and inside temperature I did a auto size simulation in the purpose to find the cooling capacity of every

Hard sizing and inside temperature I did a auto size simulation in the purpose to find the cooling capacity of every roo

Effect of the number of people on the inside temperature (hard size cooling capacity) I did a auto size simulation in th

Effect of the number of people on the inside temperature (hard size cooling capacity) I did a auto size simulation in th

Relation between inside temperature, hard size cooling capacity and number of people I did a auto size simulation in the

Relation between inside temperature, hard size cooling capacity and number of people I did a auto size simulation in the

With E+, How Can we get this report " Enthalpy outdoor (36oC, 0.02207g/kg) = 92.87 kJ/kg ;Enthalpy return air/room air (

Thank you for the tips. "This is an open new feature request", it could be very useful and why not add an option to sum

What ventilation system, E+ does and doesnt take into account for sizing calculation ? I am working on a project with DO

What ventilation system, E+ does and doesnt take into account for sizing calculation ? I am working on a project with DO

What ventilation system, E+ does and doesnt take into account for sizing calculation ? I am working on a project with DO