Hi everyone,
I am teaching 2017's first 5-days (20 hours) OpenStudio
training offered by PSD: 9th to 15th Feb, 2017.
Need 8 attendees to touch the milestone of training 250
engineers on OpenStudio so far....
Come join us for our latest Online Course in Energy
Modeling, registration is open now.
Introduction to Open Studio Energy Modeling for New
Construction, Online Training, 14 PDH.
Date and Times:
- (Online 5-days) February
9-10 and 13-15, 201 (1-5pm EST)
- (Optional 2-Hour)
SketchUp Training: February 8, 2017 (1-3pm EST), +$150.00
Course Description
This 5-day online training course will teach students how to
leverage the free NREL OpenStudio modeling ecosystem to quickly and efficiently
generate flexible models for energy analysis. Students will learn effective
modeling workflows for using the OpenStudio Sketchup Plugin to construct
building form and fabric and assigning space attributes. HVAC and service hot
water systems will be configured using the OpenStudio Application. The
OpenStudio Application integrates with NRELâ??s Building Component Library (BCL),
providing libraries of pre-defined configurable energy conservation measures
for easily modifying energy models. PAT (Parametric Analysis Tool) will be used
to demonstrate how model variants can be configured to run in cloud computing
environments (Amazon EC2). Students will also be exposed to OpenStudioâ??s
capabilities for extension through Ruby Scripting, both for creating custom
energy conservation measures and for generating useful summary and detailed
output.
Course Objectives
- Learn to use the
OpenStudio modeling ecosystem to effectively model the energy and lighting
performance and consumption for new and existing buildings.
- Learn how careful OS
model configurations can allow for rapid alterations and manipulations.
- Learn how to use the
power of OpenStudio â??measuresâ?? to easily evaluate changes to your building
model.
- Learn how to configure
the Parametric Analysis Tool (PAT) for conducting modeling studies
- Learn how to effectively
extract and interpret results from PAT modeling studies
Harshul Singhal LEED AP BD+C, CMVP
Building Energy
Modeling Analyst
124 Brindley Street
P Think
before you print