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Hi all,

I was wondering if anyone could assist me with a research modeling problem (as a part of my PhD research) that I'm struggling with. Actually, I'm trying to model a single pane window: WindowMaterial:SimpleGlazingSystem.

However, I need to have this window modeled dynamically, in terms of U-Value and SHGC. More detailed, I want to model four different setups with this window including low U, low SHGC – low U, high SHGC – high U, low SHGC, high U, high SHGC. Meanwhile, I've already tried to follow Application Guide for EMS: Example 13. Surface Construction Actuator for Thermochromic Window as well as Application Guide for EMS: Example 6. Window Shade Control. Furthermore, I already visited the relevant posts on UnmetHours including How can I model Electrochromic glazing that switch between 4 mode?and Model dynamic electrochromic glazing in EnergyPlus and Errors using EMS on E+ to simulate dynamic insulation and How do I model electrochromic glazing in Energyplus in order to getting continuesly dim ?.

Having all said, I'm still struggling with this type of modeling, as basically my research problem is a combination of both dynamic U-Value (where I should use EMS to model a dynamic U-value) and switchable electrochromic (where I'm supposed to model different setups for WindowMaterialGlazing). In other words, I was wondering if I could model my four abovementioned setups as showed in the following screenshot

If this approach sounds correct, I was wondering if anyone could do me a favor and verify the steps that I should take with EMS, as follows:

1. Define in Class List EnergyManagementSystem:Sensor Tin and Tout as sensors for EMS
2. Define EnergyManagementSystem:Actuator - for the surfaces which have the dynamic insulation elements
3. Define EnergyManagementSystem:ProgramCalling Manager
4. Define EnergyManagementSystem:Program
5. Define EnergyManagementSystem:ConstructionIndexVariable

It would be my great pleasure if you could please let me know by any potential missing steps.

I truly appreciate all your time and consideration in advance.

Sincerely, Mohammad @Aaron Boranian @Roel Loonen @Julien Marrec @Joe Huang @MatthewSteen @Archmage @rpg777

Hi all,

I was wondering if anyone could assist me with a research modeling problem (as a part of my PhD research) that I'm struggling with. Actually, I'm trying to model a single pane window: WindowMaterial:SimpleGlazingSystem.

However, I need to have this window modeled dynamically, in terms of U-Value and SHGC. More detailed, I want to model four different setups with this window including low U, low SHGC – low U, high SHGC – high U, low SHGC, high U, high SHGC. Meanwhile, I've already tried to follow Application Guide for EMS: Example 13. Surface Construction Actuator for Thermochromic Window as well as Application Guide for EMS: Example 6. Window Shade Control. Furthermore, I already visited the relevant posts on UnmetHours including How can I model Electrochromic glazing that switch between 4 mode?and Model dynamic electrochromic glazing in EnergyPlus and Errors using EMS on E+ to simulate dynamic insulation and How do I model electrochromic glazing in Energyplus in order to getting continuesly dim ?.

Having all said, I'm still struggling with this type of modeling, as basically my research problem is a combination of both dynamic U-Value (where I should use EMS to model a dynamic U-value) and switchable electrochromic (where I'm supposed to model different setups for WindowMaterialGlazing). In other words, I was wondering if I could model my four abovementioned setups as showed in the following screenshot

If this approach sounds correct, I was wondering if anyone could do me a favor and verify the steps that I should take with EMS, as follows:

1. Define in Class List EnergyManagementSystem:Sensor Tin and Tout as sensors for EMS
2. Define EnergyManagementSystem:Actuator - for the surfaces which have the dynamic insulation elements
3. Define EnergyManagementSystem:ProgramCalling Manager
4. Define EnergyManagementSystem:Program
5. Define EnergyManagementSystem:ConstructionIndexVariable

It would be my great pleasure if you could please let me know by any potential missing steps.

I truly appreciate all your time and consideration in advance.

Sincerely, Mohammad @Aaron Boranian @Roel Loonen @Julien Marrec @Joe Huang @MatthewSteen @Archmage @rpg777

Hi all,

I was wondering if anyone could assist me with a research modeling problem (as a part of my PhD research) that I'm struggling with. Actually, I'm trying to model a single pane window: WindowMaterial:SimpleGlazingSystem.

However, I need to have this window modeled dynamically, in terms of U-Value and SHGC. More detailed, I want to model four different setups with this window including low U, low SHGC – low U, high SHGC – high U, low SHGC, high U, high SHGC. Meanwhile, I've already tried to follow Application Guide for EMS: Example 13. Surface Construction Actuator for Thermochromic Window as well as Application Guide for EMS: Example 6. Window Shade Control. Furthermore, I already visited the relevant posts on UnmetHours including How can I model Electrochromic glazing that switch between 4 mode?and Model dynamic electrochromic glazing in EnergyPlus and Errors using EMS on E+ to simulate dynamic insulation and How do I model electrochromic glazing in Energyplus in order to getting continuesly dim ?.

Having all said, I'm still struggling with this type of modeling, as basically my research problem is a combination of both dynamic U-Value (where I should use EMS to model a dynamic U-value) and switchable electrochromic (where I'm supposed to model different setups for WindowMaterialGlazing). In other words, I was wondering if I could model my four abovementioned setups as showed in the following screenshot

If this approach sounds correct, I was wondering if anyone could do me a favor and verify the steps that I should take with EMS, as follows:

1. Define in Class List EnergyManagementSystem:Sensor Tin and Tout as sensors for EMS
2. Define EnergyManagementSystem:Actuator - for the surfaces which have the dynamic insulation elements
3. Define EnergyManagementSystem:ProgramCalling Manager
4. Define EnergyManagementSystem:Program
5. Define EnergyManagementSystem:ConstructionIndexVariable

It would be my great pleasure if you could please let me know by any potential missing steps.

I truly appreciate all your time and consideration in advance.

Sincerely, Mohammad @Aaron Boranian @Roel Loonen @Julien Marrec @Joe Huang @MatthewSteen @Archmage @rpg777

Hi all,

I was wondering if anyone could assist me with a research modeling problem (as a part of my PhD research) that I'm struggling with. Actually, I'm trying to model a single pane window: WindowMaterial:SimpleGlazingSystem.

However, I need to have this window modeled dynamically, in terms of U-Value and SHGC. More detailed, I want to model four different setups with this window including low U, low SHGC – low U, high SHGC – high U, low SHGC, high U, high SHGC. Meanwhile, I've already tried to follow Application Guide for EMS: Example 13. Surface Construction Actuator for Thermochromic Window as well as Application Guide for EMS: Example 6. Window Shade Control. Furthermore, I already visited the relevant posts on UnmetHours including How can I model Electrochromic glazing that switch between 4 mode?and , Model dynamic electrochromic glazing in EnergyPlus and , Errors using EMS on E+ to simulate dynamic insulation , and How do I model electrochromic glazing in Energyplus in order to getting continuesly dim ?

Having all said, I'm still struggling with this type of modeling, as basically my research problem is a combination of both dynamic U-Value (where I should use EMS to model a dynamic U-value) and switchable electrochromic (where I'm supposed to model different setups for WindowMaterialGlazing). In other words, I was wondering if I could model my four abovementioned setups as showed in the following screenshot

If this approach sounds correct, I was wondering if anyone could do me a favor and verify the steps that I should take with EMS, as follows:

1. Define in Class List EnergyManagementSystem:Sensor Tin and Tout as sensors for EMS
2. Define EnergyManagementSystem:Actuator - for the surfaces which have the dynamic insulation elements
3. Define EnergyManagementSystem:ProgramCalling Manager
4. Define EnergyManagementSystem:Program
5. Define EnergyManagementSystem:ConstructionIndexVariable

It would be my great pleasure if you could please let me know by any potential missing steps.

I truly appreciate all your time and consideration in advance.

Sincerely, Mohammad @Aaron Boranian @Roel Loonen @Julien Marrec @Joe Huang @MatthewSteen @Archmage @rpg777

Hi all,

I was wondering if anyone could assist me with a research modeling problem (as a part of my PhD research) that I'm struggling with. Actually, I'm trying to model a single pane window: WindowMaterial:SimpleGlazingSystem.

However, I need to have this window modeled dynamically, in terms of U-Value and SHGC. More detailed, I want to model four different setups with this window including low U, low SHGC – low U, high SHGC – high U, low SHGC, high U, high SHGC. Meanwhile, I've already tried to follow Application Guide for EMS: Example 13. Surface Construction Actuator for Thermochromic Window as well as Application Guide for EMS: Example 6. Window Shade Control. Furthermore, I already visited the relevant posts on UnmetHours including How can I model Electrochromic glazing that switch between 4 mode?, Model dynamic electrochromic glazing in EnergyPlus, Errors using EMS on E+ to simulate dynamic insulation, and How do I model electrochromic glazing in Energyplus in order to getting continuesly dim ?

Having all said, I'm still struggling with this type of modeling, as basically my research problem is a combination of both dynamic U-Value (where I should use EMS to model a dynamic U-value) and switchable electrochromic (where I'm supposed to model different setups for WindowMaterialGlazing). In other words, I was wondering if I could model my four abovementioned setups as showed in the following screenshot

If this approach sounds correct, I was wondering if anyone could do me a favor and verify the steps that I should take with EMS, as follows:

1. Define in Class List EnergyManagementSystem:Sensor Tin and Tout as sensors for EMS
2. Define EnergyManagementSystem:Actuator - for the surfaces which have the dynamic insulation elements
3. Define EnergyManagementSystem:ProgramCalling Manager
4. Define EnergyManagementSystem:Program
5. Define EnergyManagementSystem:ConstructionIndexVariable

It would be my great pleasure if you could please let me know by any potential missing steps.

I truly appreciate all your time and consideration in advance.

Sincerely, Mohammad @Aaron Boranian @Roel Loonen @Julien Marrec @Joe Huang @MatthewSteen @Archmage @rpg777

Hi all,

I was wondering if anyone could assist me with a research modeling problem (as a part of my PhD research) that I'm struggling with. Actually, I'm trying to model a single pane window: WindowMaterial:SimpleGlazingSystem.

However, I need to have this window modeled dynamically, in terms of U-Value and SHGC. More detailed, I want to model four different setups with this window including low U, low SHGC – low U, high SHGC – high U, low SHGC, high U, high SHGC. Meanwhile, I've already tried to follow Application Guide for EMS: Example 13. Surface Construction Actuator for Thermochromic Window as well as Application Guide for EMS: Example 6. Window Shade Control. Furthermore, I already visited the relevant posts on UnmetHours including How can I model Electrochromic glazing that switch between 4 mode?, Model dynamic electrochromic glazing in EnergyPlus, Errors using EMS on E+ to simulate dynamic insulation, and How do I model electrochromic glazing in Energyplus in order to getting continuesly dim ?

Having all said, I'm still struggling with this type of modeling, as basically my research problem is a combination of both dynamic U-Value (where I should use EMS to model a dynamic U-value) and switchable electrochromic (where I'm supposed to model different setups for WindowMaterialGlazing). In other words, I was wondering if I could model my four abovementioned setups as showed in the following screenshot

If this approach sounds correct, I was wondering if anyone could do me a favor and verify the steps that I should take with EMS, as follows:

1. Define in Class List EnergyManagementSystem:Sensor Tin and Tout as sensors for EMS
2. Define EnergyManagementSystem:Actuator - for the surfaces which have the dynamic insulation elements
3. Define EnergyManagementSystem:ProgramCalling Manager
4. Define EnergyManagementSystem:Program
5. Define EnergyManagementSystem:ConstructionIndexVariable

It would be my great pleasure if you could please let me know by any potential missing steps.

I truly appreciate all your time and consideration in advance.

Sincerely, Mohammad @Aaron Boranian @Roel Loonen @Julien Marrec @Joe Huang @MatthewSteen @Archmage @rpg777Mohammad

Hi all,

I was wondering if anyone could assist me with a research modeling problem (as a part of my PhD research) that I'm struggling with. Actually, I'm trying to model a single pane window: WindowMaterial:SimpleGlazingSystem.

However, I need to have this window modeled dynamically, in terms of U-Value and SHGC. More detailed, I want to model four different setups with this window including low U, low SHGC – low U, high SHGC – high U, low SHGC, high U, high SHGC. Meanwhile, I've already tried to follow Application Guide for EMS: Example 13. Surface Construction Actuator for Thermochromic Window as well as Application Guide for EMS: Example 6. Window Shade Control. Furthermore, I already visited the relevant posts on UnmetHours including How can I model Electrochromic glazing that switch between 4 mode?, Model dynamic electrochromic glazing in EnergyPlus, Errors using EMS on E+ to simulate dynamic insulation, and How do I model electrochromic glazing in Energyplus in order to getting continuesly dim ?

Having all said, I'm still struggling with this type of modeling, as basically my research problem is a combination of both dynamic U-Value (where I should use EMS to model a dynamic U-value) and switchable electrochromic (where I'm supposed to model different setups for WindowMaterialGlazing). In other words, I was wondering if I could model my four abovementioned setups as showed in the following screenshot

If this approach sounds correct, I was wondering if anyone could do me a favor and verify the steps that I should take with EMS, as follows:

1. Define in Class List EnergyManagementSystem:Sensor Tin and Tout as sensors for EMS
2. Define EnergyManagementSystem:Actuator - for the surfaces which have the dynamic insulation elements
3. Define EnergyManagementSystem:ProgramCalling Manager
4. Define EnergyManagementSystem:Program
5. Define EnergyManagementSystem:ConstructionIndexVariable

It would be my great pleasure if you could please let me know by any potential missing steps.

I truly appreciate all your time and consideration in advance.

Sincerely, Mohammad