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Transmission Transporting Energy by Wire Matthew Stoltz Basin Electric Power Cooperative 1 1.

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Presentation on theme: "Transmission Transporting Energy by Wire Matthew Stoltz Basin Electric Power Cooperative 1 1."— Presentation transcript:

1 Transmission Transporting Energy by Wire Matthew Stoltz Basin Electric Power Cooperative
1 1

2 Generation = 5000MW (700MW Wind) 2.8 Million Consumers 134 Member Cooperatives 2000 Miles of Transmission

3 Question: Who is the father of today’s electric transmission system?
1. Thomas Edison Direct Current “DC” 2. Nikola Tesla Alternating Current “AC”

4 Question: Who is the father of today’s electric transmission system?
1. Thomas Edison Direct Current “DC” 2. Nikola Tesla Alternating Current “AC”

5 Growing the Transmission Grid

6 The High Voltage “Grid”
West – East Split

7 Economies of Scale 345,000 Volts 120 Volts

8 Transmission Distribution

9 Powering the Upper Midwest…
Missouri River Dams Lignite Power Plants

10 Typical Daily Electricity Demand By Hour

11 Generation = Demand No Storage Capability The “GRID”

12 The Grid Pro’s Con’s Reliable Redundant Accessible
Access To Markets Nationwide Con’s Everyone Is Connected – Problems Can Cascade Remote Congestion Can Limit Local Schedules

13 Regulation: FERC: Regulates Interstate Electricity Transmission
State Public Service Commissions: Regulate Internal State Transmission NERC: Sets Mandatory Reliability Standards

14 Energy Markets

15 Expanding The Grid $125,000 per mile for 60,000 Volt lines
Transmission is ~7% of Average Electric Bill

16 MISO Regional Generation Outlet Study
One particular 20 percent wind plan $15 to 30 billion dollars (in addition to cost of wind turbines - $3 million plus per tower) 10 plus years of development Significant transmission improvements and costs are needed to meet potential carbon reduction mandates through the use of wind generation 18,000 MW or $30 billion in new generator Utilization or capacity for wind is typically 30% to 40% for new projects Reliability planning requires enough generation available to meet customer peak demand On-average the last few years, wind produces 10% or less of its name-plate on-peak $15 to $30 Billion of needed transmission upgrades 16

17 North Dakota Active Oil Wells ~ 190
Bakken Area North Dakota Active Oil Wells ~ 190

18 AVS-Neset 345KV Transmission Line
Basin Proposing AVS-Neset 345KV Transmission Line 200 Miles Long, In Service 2015

19 Transmission Transporting Energy by Wire Matthew Stoltz Basin Electric Power Cooperative
19 19


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