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The World According to Systems (And What it Means for You). Presentation Overview. Systems Overview Background: Traction Power, Train Control, Communications, and Systemwide Electrical Conduit, Ductbanks, Cable Troughs & Pullboxes Niches, Stub-ups & Special Provisions
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Presentation Overview • Systems Overview • Background: Traction Power, Train Control, Communications, and Systemwide Electrical • Conduit, Ductbanks, Cable Troughs & Pullboxes • Niches, Stub-ups & Special Provisions • How This Affects You • Questions
Systems Overview Fremont Milpitas San Jose Berryessa Aerial Montague Trench Hostetter Trench Dixon Landing Trench
Systems Overview Fremont Milpitas San Jose Berryessa Aerial Montague Trench Hostetter Trench Dixon Landing Trench
Systems Overview Fremont Milpitas San Jose S24 S26 S28 S40 S44 S50
Systems Overview Fremont Milpitas San Jose S24 S26 S28 S40 S44 S50 SWA SKR SRR SME SHO SBE
Systems Overview Fremont Milpitas San Jose S24 S26 S28 S40 S44 S50 SLP SRC SWA SKR SRR SME SHO SBE
Systems Overview Fremont Milpitas San Jose S24 S26 S28 S40 S44 S50 SLP SRC SWA SKR SRR SME SHO SBE SXB SXC
Systems Overview Fremont Milpitas San Jose S24 S26 S28 S40 S44 S50 SDL SLA SPD STZ SHR SLP SRC SWA SKR SRR SME SHO SBE SXB SXC
Systems Overview Fremont Milpitas San Jose S24 S26 S28 S40 S44 S50 SDL SLA SPD STZ SHR SLP SRC SWA SKR SRR SME SHO SBE SXB SXC S25 S27 S29 S37 S45 S55 Interlockings
Traction Power 115kV 115kV HVSS SRC HVSS SLP WSX SVBX 34.5kV Ductbank Traction Power… What makes Trains Go.
Traction Power 115kV 115kV HVSS SRC HVSS SLP WSX SVBX 34.5kV Ductbank 34.5kV/FO Ductbank
Traction Power 115kV 115kV HVSS SRC HVSS SLP WSX SVBX 34.5kV Ductbank
Traction Power 115kV 115kV HVSS SRC HVSS SLP WSX SVBX 34.5kV Ductbank
Traction Power 115kV 115kV HVSS SRC HVSS SLP WSX SVBX 34.5kV Ductbank SWA SKR SRR SME SHO SBE TPSS’s
Traction Power 115kV 115kV HVSS SRC HVSS SLP WSX SVBX 34.5kV Ductbank SWA SKR SRR SME SHO SBE TPSS’s AC AC AC AC AC AC 1000V DC DC DC DC DC DC DC 1000V DC To Contact Rail
Traction Power 115kV 115kV HVSS SRC HVSS SLP WSX SVBX 34.5kV Ductbank SWA SKR SRR SME SHO SBE AC AC AC AC AC AC TPSS’s DC DC DC DC DC DC 1000V DC DC Pos. Contact Rail Running Rail
Traction Power 115kV 115kV HVSS SRC HVSS SLP WSX SVBX 34.5kV Ductbank SWA SKR SRR SME SHO SBE AC AC AC AC AC AC TPSS’s DC DC DC DC DC DC 1000V DC DC Pos. Contact Rail BART Train Car Running Rail Paddles
Traction Power 115kV 115kV HVSS SRC HVSS SLP WSX SVBX 34.5kV Ductbank SWA SKR SRR SME SHO SBE AC AC AC AC AC AC TPSS’s DC DC DC DC DC DC 1000V DC DC Neg. DC Pos. Contact Rail BART Train Car Neg. Return Running Rail Paddles
Communications • Network • Unified Optical Network (UON) • Emergency Trip Stations (ETS) • Closed-Circuit Television (CCTV) • Access Control • Telephone • Public Address Systems (PA) • Supervisory Control and Data Acquisition (SCADA) • Radio • Railroad Intrusion Detection System (RIDS)
Communications • Network • Unified Optical Network (UON) • Emergency Trip Stations (ETS) • Closed-Circuit Television (CCTV) • Access Control • Telephone • Public Address Systems (PA) • Supervisory Control and Data Acquisition • Radio • Railroad Intrusion Detection System (RIDS)
Communications … backbone of the BART system. Network / UON
Communications … backbone of the BART system. Network / UON
Communications … backbone of the BART system. Network / UON 34.5kV FO UON Fiber E UON Fiber F
Communications Railroad Intrusion Detection System (RIDS)
Automatic Train Control …They Drive Themselves Milpitas Station Berryessa Station TCH TCH TCH TCH S24 S26 S28 S40 S44 S50 SWA SKR SRR SME SHO SBE SSL
Electrical • Think conduit, ground wire, & ground rods
Niche Req’s & Adjustment Constraints No Vertical Adjustments Permitted Conduit Stubups Must Match Niche Location
Sierra Lundy Tunnel • Design coordination
Guideway At-Grade • Drainage coordination (w/ 34.5kV & cable trough) • Structures coordination (w/ 34.5kV & cable trough installation) • Be gentle (w/ stubups, trough & boxes) • When DC stubups go in, contact rail positioning is set
Trench • Adjustments to crosswalks, niches, invert height, contact rail, and track forms will directly impact systems design & construction • Systems/Electrical conduit is everywhere, call before you pour. • We can adjust our routing, but end points are often fixed • High level of coordination required at trench limits, station ends, overcrossings, and SME & SHO • Niches and conduit must be properly aligned
Aerial • Window cutouts are fixed • Sleeves in the structure have to be moved if contact rail design changes • Traction power, communications, and train control conduit will transfer from the aerial to the ground on the north and south aerial structure
Wayside • Utility coordination • Precisely level, coordinated foundations are key
Stations • We’re everywhere. • Guideway/Stations interfaces will be key