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Date
A variety of electronic sensing devices are being used in projects to reduce energy costs and help the bottom-line. The interesting thing is that they can be integrated into present manufacturing with little or no cost difference. When sustainability is planned in, it can be a lot less costly than retrofit.
A prime example of this is in the car industry. We all know that it will be a long time until we are weaned off of fossil fuels to power our automobiles. Therefore, it is critical to be able to stretch the limited supply we have. Let’s say you are a project manager working for a major automobile manufacturer and your project is the implementation of a new transmission (or engine, or even a steering system). As a stakeholder in the company (they do pay your salary), because of your position within the organization, and your interest in sustainability, you may want to ask the question as to whether all sustainability options are being considered for this project.
One company, ZMDI, is providing solutions to help auto manufacturers squeeze out every ounce of efficiency to increase fuel economy and reduce greenhouse gases (GHGs). Using their “smart sensors” ZMDI is providing “Advances in transmission, engine and steering systems deliver greater power density and fuel efficiency so that today’s lighter and smaller power trains can provide significantly more output power and fuel economy than traditional designs.” It also provides integrated circuitry in: battery monitoring “Monitoring the status of the car battery with our smart battery sensor solutions enables automatic start-stop features in cars, which can reduce fuel consumption up to 8%”, ethanol sensing: “ZMDI’s IC solution enables optimization of fuel injection based on the real ethanol value and therefore helps reduce emissions”, and electronic steering, "ZMDI’s IC solution enables using magneto-resistive sensors, which can enable an electronically controlled motor in the steering mechanism instead of using an hydraulic servo steering mechanism.”
The above graph and statement below were from http://www.zmdi.com/why-pink-new-greenand the 2013 data is based on ZMDI’s forecast.
The graph above shows the fuel savings and greenhouse gas (CO2) reduction achieved through ZMDI products in the automotive segment per year. Because the number of new energy-efficiency products introduced each year has increased, the savings in fuel could be significantly raised each year.
The fuel savings achieved in 2012, approximately 4500 M liters of fuel, corresponds to the loads of approximately 20 supertankers.
The accumulated annual savings since 2004 is approximately 18,000 M liters of fuel, which corresponds to the loads of approximately 80 supertankers.
The above graph shows significant savings in fuel savings and the more these types of integrated circuits, and e-sensing devices are utilized, the more the savings will be both in fuel costs and in GHG emissions.
One of the more e-sensing technologies and a popular choice for renovation and new building projects is motion sensors. The major advantage of motion sensing technology is that it eliminates the human factor, for the most part. Lights are turned on and off and heat and cooling can regulated depending on the movement within an area, regulating the need for energy. How many times do we walk out of a room and forget to turn out the light. E-sensing technology can be used to keep a room at a constant temperature depending on the heat load generated without human intervention turning the thermostat up or down. Of course humans will have to program the devices. For motion sensing devices, that might include setting the arc around the sensor for activation, for instance. But once set, it is repeatable. Sustainability also includes the “people” element (planet, profits, and people). In an effort to reduce the “germ” factor, sensing technology is being used to open and close bathroom doors so that people don’t have to touch the door handle. Similar motion sensing technology is used for handicap access and for advancing paper hand towels.
The more information we can possess the more influence we will have. As sustainable project managers, our quivers contain a lot of arrows. One of those arrows is the consideration of e-sensing/motion sensing technology on our projects.
Posted
by
Richard Maltzman
on: June 30, 2014 11:01 PM |
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