Currently viewing: Case Studies

Building 101 at The Navy Yard in Philadelphia

VIEW

The Center for Building Energy Science (Building 661) – CBEI Headquarters

VIEW

Methodist Home for Children Main Building

VIEW

The Energy-Efficient Building Marketplace

VIEW

Brochure for Designs of B661 and B7R

VIEW

Instrumenting Navy Yard Building 101

VIEW

Case Studies – High Performance Glazing

VIEW

Kieren Timberlake Building 661 Integrated Design Process Overview

The strategic focus of CBEI is on full-spectrum retrofit of existing average size commercial and multi-family residential buildings. This report reviews the integrated design process for the CBEI headquarters building.

VIEW

Kevon Office Center: Benchmarking Project

VIEW

Brief: Demonstrated Energy Savings through Supervisory Control for Building 14

VIEW

Navy Yard Building 661: Advanced Energy Retrofit Living Laboratory

A key objective of the EEB Hub is to provide successful demonstrations of integrated building design methods that lead to deep, reliable cuts in energy use while improving overall asset value overall in real estate markets.

VIEW

Navy Yard Building 101 Test Bed for Assessing Technologies and Tools

Building 101 in the Navy Yard is the temporary headquarters of the U.S. Department of Energy’s Energy Efficient Building Hub. The building, owned by the Philadelphia Industrial Development Corporation (PIDC), has become one of the nation’s most highly instrumented commercial buildings.

VIEW

Building 329 Indoor Environment Research Study

The purpose of this study was to assist GPIC investigators in understanding how aspects of energy efficient building components affect occupant satisfaction, performance, and wellbeing.

VIEW

Simulation of Airflow in Building 661

This report describes the variety of AEC CAD applications that exist to create drawings for new and existing construction projects.

VIEW

Daylighting Simulations: Effects of Daylight Controls on Electric Lighting Energy Consumption Building 661-Case

This study is focused on simulation-based performance assessment of a number of electric lighting system design scenarios aiming to get energy savings with increased system efficiency coupled to daylight-linked controls while preserving visual comfort conditions for indoor spaces.

VIEW