Episode 13: More Efficient Motors Could Radically Alter Building Emissions & Cut Costs For Building Owners

<p>In episode 13 of Building to Zero, Brendan catches up with Ryan Morris, Executive Chairman &amp; CEO of Turntide Technologies. Turntide&#39;s innovation  -  an advanced type of &quot;switched reluctance motor&quot; (SRM)  -  runs with 30% - 60% energy savings over the traditional AC Induction motors that they replace, and result in enormous energy savings for its users. From the elevators in your office building, to the fan in your car, to water and sewage treatment plants, electric motors are everywhere and run some of the most critical parts of our modern society. Ryan shares detail on how companies like Amazon are utilizing the product, and frames the cost savings for building owners.</p><p>Original release date: March 5, 2021</p><p>Watch this episode at https://www.youtube.com/watch?v=3YigFo6w2Ds</p><p>Learn more about Fifth Wall at https://fifthwall.com/</p><p>This podcast is presented for informational purposes only, is not intended to recommend any investment, and is not an offer to sell or the solicitation of an offer to purchase an interest in any current or future investment vehicle managed or sponsored by Fifth Wall Ventures Management, LLC or its affiliates (collectively, “Fifth Wall”; any such investment vehicle, a “Fund”). Any such solicitation of an offer to purchase an interest will be made by a definitive private placement memorandum or other offering document.</p><p>Forward-looking statements and opinions as to carbon reduction initiatives and real estate markets or any other matters, as expressed in this presentation, are those of the individual presenters, but are not necessarily the views of Fifth Wall as a firm, and cannot constitute a guarantee of future success or profitable results. As a result, investors should not rely on such forward-looking statements and/or opinions, or on anything else contained in this podcast, in making their investment decisions. Moreover, certain information contained herein may have been obtained from published and non-published sources prepared by other