Search Results
Results 1 to 25 out of 2958
| Name | Type | Description | Download |
|---|---|---|---|
| Apply Shading Properties To All Site and Building Shading Surfaces | Ruby measure | Assigns a Construction and/or Transmittance Schedule to every shading
surface that belongs to a ShadingSurfaceGroup with Shading Surface Type of
Site or Building. Repo: Ski90Moo/OpenStudio_Measures_HEPLLC |
download Apply Shading Properties To All Site and Building Shading Surfaces |
| Tariff Selection-Time and Date Dependant | Ruby measure | This measure sets flat rates for gas, water, district heating, and district cooling but has on seasonal and off peak rates for electricity. It exposes inputs for the time of day and day of year where peak rates should be applied. Repo: NatLabRockies/openstudio-common-measures-gem |
download Tariff Selection-Time and Date Dependant |
| Tariff Selection-Flat | Ruby measure | This measure sets flat rates for electricity, gas, water, district heating, and district cooling. Repo: NatLabRockies/openstudio-common-measures-gem |
download Tariff Selection-Flat |
| Tariff Selection-Block | Ruby measure | This measure sets block rates for electricity, and flat rates for gas, water, district heating, and district cooling. Repo: NatLabRockies/openstudio-common-measures-gem |
download Tariff Selection-Block |
| OpenStudio Results | Ruby measure | This measure creates high level tables and charts pulling both from model inputs and EnergyPlus results. It has building level information as well as detail on space types, thermal zones, HVAC systems, envelope characteristics, and economics. Click the heading above a chart to view a table of... Repo: NatLabRockies/openstudio-common-measures-gem |
download OpenStudio Results |
| Generic QAQC | Ruby measure | This measure extracts key simulation results and performs basic model QAQC checks. Each category of checks provides a description of the source of the check. In some cases the target standards and tollerances are adjustable. Repo: NatLabRockies/openstudio-common-measures-gem |
download Generic QAQC |
| NZEHVAC | Ruby measure | This measure replaces the existing HVAC system if any with the user selected HVAC system. The user can select how to partition the system, applying it to the whole building, a system per building type, a system per building story, or automatically partition based on residential/non-residential... Repo: NatLabRockies/openstudio-ee-gem |
download NZEHVAC |
| Radiant Slab with DOAS | Ruby measure | Adds a radiant slab with DOAS ventilation system to the model. Repo: NatLabRockies/openstudio-model-articulation-gem |
download Radiant Slab with DOAS |
| Set IdealAirLoads to Control Humidity | Ruby measure | Configures humidity controls on the HVACTemplate:Zone:IdealLoadsAirSystem
for a specified thermal zone. Reads the zone's ZoneControl:Humidistat,
computes daily average setpoints from its humidifying and dehumidifying
schedules, and applies them along with the user-selected control... Repo: Ski90Moo/OpenStudio_Measures_HEPLLC |
download Set IdealAirLoads to Control Humidity |
| Thermal Bridging and Derating - TBD | Ruby measure | Derates opaque constructions from major thermal bridges. Repo: rd2/tbd |
download Thermal Bridging and Derating - TBD |
| Create Custom Space Types From CSV | Ruby measure | The user can enter custom data into a space type csv file and a schedules
csv file. From these, the measure generates the requested space types. Repo: Ski90Moo/OpenStudio_Measures_HEPLLC |
download Create Custom Space Types From CSV |
| Build Simple Residential Model | Ruby measure | This measure creates a simple residential building model similar to
ResStock/HPXML approach. It generates geometry, constructions, HVAC systems,
and other building components for a single-family home. Repo: Ski90Moo/OpenStudio_Measures_HEPLLC |
download Build Simple Residential Model |
| Replace Chiller with Air Source Heat Pumps | Ruby measure | This measure removes the condenser water loop and cooling tower, replaces the water-cooled chiller with an air-source heat pump for cooling, and adds an air-source heat pump for heating in series with the existing boiler. Repo: Ski90Moo/OpenStudio_Measures_HEPLLC |
download Replace Chiller with Air Source Heat Pumps |
| Add Overhangs by Projection Factor | Ruby measure | Add overhangs by projection factor to specified windows. The projection factor is the overhang depth divided by the window height. This can be applied to windows by the closest cardinal direction. If baseline model contains overhangs made by this measure, they will be replaced. Optionally the... Repo: NatLabRockies/openstudio-ee-gem |
download Add Overhangs by Projection Factor |
| Improve Fan Belt Efficiency | Ruby measure | The assessment team observed opportunities for fan belt improvements on HVAC fan drives. These motors are asynchronous induction motors.
Improvements in belt efficiency result in energy savings at the motor. The three common belt efficiency measures are belt tightening (1%-5% savings... Repo: NatLabRockies/openstudio-ee-gem |
download Improve Fan Belt Efficiency |
| Improve Motor Efficiency in Selected Fans and Pumps | Ruby measure | The assessment team observed opportunities for motor efficiency improvements on HVAC systems. These motors are asynchronous induction motors.
There are currently motors on the market that are far superior to standard efficiency motors. These come in both premium efficiency and ultra-efficiency... Repo: NatLabRockies/openstudio-ee-gem |
download Improve Motor Efficiency in Selected Fans and Pumps |
| Reduce Electric Equipment Loads by Percentage | Ruby measure | Reduce Electric Equipment Loads by Percentage
Repo: NatLabRockies/openstudio-ee-gem |
download Reduce Electric Equipment Loads by Percentage |
| Reduce Lighting Loads by Percentage | Ruby measure | The lighting system in this building uses more power per area than is required with the latest lighting technologies. Replace the lighting system with a newer, more efficient lighting technology. Newer technologies provide the same amount of light but use less energy in the process. Repo: NatLabRockies/openstudio-ee-gem |
download Reduce Lighting Loads by Percentage |
| Reduce Night Time Lighting Loads | Ruby measure | Many buildings have lights that run unnecessarily at night. Turning these lights off at night can provide energy savings without impacting the day-to-day operation of the building occupants. Implementing this change may require coordination with after-hours cleaning and maintenance crews. Repo: NatLabRockies/openstudio-ee-gem |
download Reduce Night Time Lighting Loads |
| Fan Assist Night Ventilation | Ruby measure | This measure is meant to roughly model the impact of fan assisted night ventilation. The user needs to have a ventilation schedule in the model, operable windows where natural ventilation is desired, and air walls or interior operable windows in walls and floors to define the path of air through... Repo: NatLabRockies/openstudio-ee-gem |
download Fan Assist Night Ventilation |
| Add Daylight Sensor at the Center of Spaces with a Specified Space Type Assigned | Ruby measure | This measure will add daylighting controls to spaces that that have space types assigned with names containing the string in the argument. You can also add a cost per space for sensors added to the model. Repo: NatLabRockies/openstudio-ee-gem |
download Add Daylight Sensor at the Center of Spaces with a Specified Space Type Assigned |
| Enable Demand Controlled Ventilation | Ruby measure | The facility currently does not have a demand controlled ventilation system or CO2 sensors in the air delivery system. Outside air is introduced and conditioned at a fixed rate based on the maximum design. Since the building occupancy fluctuates and is often less than the maximum design... Repo: NatLabRockies/openstudio-ee-gem |
download Enable Demand Controlled Ventilation |
| Enable Economizer Control | Ruby measure | There is currently not a functioning air side economizer enabled in the building. Air side economizers use cold outside air to either assist the mechanical cooling system, or if the air is cold enough, provide all of the cooling for a facility.
In order for an air side economizer to... Repo: NatLabRockies/openstudio-ee-gem |
download Enable Economizer Control |
| GLHEProExportLoadsforGroundHeatExchangerSizing | Ruby measure | Exports a .gt1 file that can be imported into GLHEPro as part of determining the size of a vertical ground heat exchanger borefield. This file contains the monthly heating and cooling energy and peak heating and cooling rate for district heating and cooling plants in the model. These numbers... Repo: NatLabRockies/openstudio-ee-gem |
download GLHEProExportLoadsforGroundHeatExchangerSizing |
| GLHEProGFunctionImport | Ruby measure | After running GLHEPro to size the GLHE and export the G Function .idf file, use this measure to import these GLHE inputs back into the model. In order to export the loads necessary to size the bore field, see the Reporting measure called 'GLHEPro Export Loads for Ground Heat Exchanger Sizing.' Repo: NatLabRockies/openstudio-ee-gem |
download GLHEProGFunctionImport |