The Department of Energy's intention behind the showcase project is to have leading companies create "blueprints" of their energy saving tactics that are actionable by a broader set of US companies. By creating an aggressive goal for a single facility, it affords a focused experience of what it takes to achieve that goal. We plan to be transparent in our actions in order to create these repeatable solutions for other companies.
The Challenge: Reinvent the traditional transit shelter to take advantage of solar power.
The Solution: Create a next-generation transit shelter that is both environmentally innovative and aesthetically pleasing.
Honda Canada's facility in Richmond British Columbia is a 127,000 ft2 distribution warehouse serving Honda Canada's West Coast operations. Standard operating hours at Honda Canada's warehouse are between 8:00AM and 8:00PM Monday to Friday, averaging 60 hours of operation per week. Prior to installing an electrical Harmonizer-AVR, Honda Canada's warehouse consumed 1,331,520 kWh annually with a peak demand of 355 kW. For the purpose of this case study, these numbers will be used a benchmark for energy consumption.
When Dartmouth, prompted by soaring fuel costs and concern about CO2 emissions, decided to install a network to collect more timely information on its heating/cooling system, it turned to Spinwave Systems. The college is deploying Spinwave sensors and other wireless networking hardware, linked together by Spinwave's wireless mesh network to give college facilities managers the ability to view energy system operations in near-real-time.
The Institute of Rural Research and Development (IRRAD) is an initiative of S.M. Sehgal Foundation working on poverty reduction in rural villages in the State of Haryana, India. IRRAD's campus, which resides among some of the ultra-modern high rises of Gurgaon, meets the standards of the Leadership in Energy and Environmental Design (LEED) Green Building Rating System'. It generates 35Kw of solar energy on-site, enough for all the electricity requirements of the building except air-conditioning.
The average power consumption per server quadrupled from 2001 to 2006, while the average number of servers doubled and is expected to grow another 50% by 2010. This rapid growth has resulted in data centers typically consuming up to 100
times more energy per square foot than a typical office building.
Reducing the carbon footprint of an office building can take many forms, from simple awareness initiatives urging employees to turn off lights to more comprehensive plans that rely on technology for systematic control over energy consumption.
The innovative aspect, I believe, is not the processing of waste cooking oil to biofuel, nor is it the adaptation of a steam boiler to switch to biofuels, but the sourcing of the waste streams from workers who have access to it at home, and who have to come to work every day anyway.
The awareness of travel consumers is rising that our environment is worth considering. If the travel industry does not answer the call, voices will arise to discourage people to go to such idyllic places as the Caribbean.
Download Flow Energy Guide - Written by Engineers For Engineers. Learn how to save on energy costs by optimizing your facility flows that impact costs like compressed air, natural gas, steam, and hot or chilled water.