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1 <br /> 6.0 ALTERNATIVE ROUTES CONSIDERED AND REJECTED <br /> Xcel Energy identified and analyzed four Alternative Routes for the Project, which are identified as ' <br /> "Alternative Route 1", "Alternative Route 2", "Alternative Route 3" and "Alternative Route 4" <br /> (collectively,"Alternative Routes"),and are further described below. See Figure 5. In evaluating the <br /> Alternative Routes,Xcel Energy focused predominantly on the use of Xcel Energy property and on <br /> the location of existing transportation corridors and alignment of the existing distribution and <br /> transmission lines because they best satisfy the routing criteria. The Alternative Routes follow I <br /> existing rights-of-way and property lines to the extent feasible. All of the Alternative Routes were <br /> rejected due to various routing and siting issues specific to each Alternative. <br /> Alternative Route 1 and the Proposed Route share the same route for the first 1,701 feet of the <br /> Proposed Route (see Figure 5). At this point,Alternative Route 1 deviates from the Proposed Route <br /> on a more westerly course for approximately 550 feet,where it connects to an existing Structure. ' <br /> Alternative Route 2 utilizes the portion of the Proposed Route (866 feet) prior to the Proposed <br /> Route turning westerly at the BNSF railroad right-of-way (see Figure 5). At this point Alternative <br /> Route 2 continues north an approximate 326 feet and crosses the BNSF railroad, U.S. Highway 12 <br /> and an existing Xcel Energy distribution line. Upon exiting U.S. Highway 12 right-of-way, <br /> Alternative Route 2 enters the Three Rivers Park District's Baker Park Reserve. From here I <br /> Alternative Route 2 continues westerly approximately 974 feet across Baker Park Reserve property <br /> connecting to existing Xcel Energy 115 kV transmission Line 0831. Alternative Route 2 would <br /> traverse the previously identified site 21HE0162. Evaluation of site 21HE0162, a pre-contact lithic <br /> scatter,was undertaken in 1994 as part of a cultural resources inventory for proposed improvements <br /> to U.S. Highway 12 (Mather et. al. 1995). The report authors determined that the site did not <br /> possess integrity or research potential due to extensive disturbance and no further work was <br /> recommended if the proposed highway project was constructed using the preferred alternative. <br /> Alternative Route 3 and the Proposed Route share the same route from the point the routes leave t <br /> the proposed substation expansion to approximately 1,000 feet west of the point both routes turn <br /> westerly along the BNSF right-of-way (see Figure 5). At this location Alternative Route 3 extends <br /> both to the north and to the west to make connections with Xcel Energy's existing 115 kV <br /> transmission Line 0831. The northerly connection includes a 329 foot span across the BNSF <br /> railroad and U.S. Highway 12, and enters into Baker Park Reserve property making the northern <br /> connection to transmission Line 0831 at existing Structure 76. The westerly connection of <br /> Alternative Route 3, south of the BNSF railroad and U.S. Highway 12, spans across HFA land, and <br /> for an additional approximate 384 feet to connect to Xcel Energy's existing 115 kV transmission I <br /> Line 0831 at Structure 77. <br /> Alternative Route 4 exits the proposed substation upgrade northwesterly for approximately 100 feet <br /> over Xcel Energy property before turning southeasterly for an additional approximate 160 feet. <br /> Alternative Route 4 then parallels the GRE Line BD for the remainder of the route. Alternative <br /> Orono Project Phase Ia Literature Review April,2011 1 <br /> MPUC Docket No.E002/TL-11-223 16 <br /> i <br />