| 2/26/2018 3:35 PM | | 1.0 | Gerald Harris | [email protected] | Scenario 1: Focus on Economic Growth, Scenario 2: Focus on Clean Energy, Scenario 3: Focus on Short-Term Consumer Costs, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | 1.4: Technological Innovation: Limited innovation and consumer adoption. – Resource selection driven by eco. – Transmission built by traditional players. | 2.4: Innovation/Resource Capital Costs: Innovation and market forces reduce Capital costs. – Solar becomes competitive along with wind. – Transmission development to support solar/wind. | | | Approved |
| 2/26/2018 3:24 PM | | 2.0 | Gerald Harris | [email protected] | Scenario 1: Focus on Economic Growth, Scenario 3: Focus on Short-Term Consumer Costs | | | | | Approved |
| 2/26/2018 3:17 PM | | 1.0 | Gerald Harris | [email protected] | Scenario 1: Focus on Economic Growth, Scenario 2: Focus on Clean Energy, Scenario 3: Focus on Short-Term Consumer Costs, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | | | | Approved |
| 2/26/2018 3:05 PM | | 1.0 | Gerald Harris | [email protected] | Scenario 2: Focus on Clean Energy, Scenario 4: Focus on Long-Term Societal Costs | | 2.1: Carbon Price Evolution: Market forces/polices lead to 100 carbon prices. – Coal/gas retirements; need for new resources. – Wind/solar competitive transmission development. | | 4.1: Carbon Price Evolution: Policy development leads to carbon prices over 50. – Coal retirements Need for new resources. – Transmission developed for new wind. | Approved |
| 2/23/2018 2:27 PM | | 1.0 | Quantum Planning Group | [email protected] | Scenario 1: Focus on Economic Growth, Scenario 2: Focus on Clean Energy, Scenario 3: Focus on Short-Term Consumer Costs, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | 1.3: National/Global Economic Policies: Eco polices lead to widespread growth. – Higher demand leads to transmission development. | | 3.3: Unemployment Levels Over Time: Ongoing unemployment encourages cost containment. – Support for low consumer costs limited support for cost recovery. – Higher bar for transmission cost recovery. | | Approved |
| 2/23/2018 2:14 PM | | 3.0 | Quantum Planning Group | [email protected] | Scenario 2: Focus on Clean Energy, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | | | | Approved |
| 2/23/2018 1:57 PM | | 1.0 | Quantum Planning Group | [email protected] | Scenario 1: Focus on Economic Growth, Scenario 2: Focus on Clean Energy, Scenario 3: Focus on Short-Term Consumer Costs, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | | | | Approved |
| 2/23/2018 1:22 PM | | 1.0 | Quantum Planning Group | [email protected] | Scenario 2: Focus on Clean Energy, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | | | 4.3: Climate Events Impacts on Policies: Policies support higher carbon prices. – Increased support for renewable development. – Transmission developed for new wind. | Approved |
| 2/23/2018 1:08 PM | | 2.0 | Carl Zichella and Quantum Planning Group | [email protected], [email protected] | Scenario 2: Focus on Clean Energy, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | | | 4.3: Climate Events Impacts on Policies: Policies support higher carbon prices. – Increased support for renewable development. – Transmission developed for new wind. | Approved |
| 2/23/2018 12:56 PM | | 1.0 | Quantum Planning Group | [email protected] | Scenario 2: Focus on Clean Energy, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | 2.3: AcceptabilityofHigherPowerCosts: Balanced approach to managing higher costs. – Limited consumer opposition to renewable development. – Renewable resource/transmission development. | | 4.3: Climate Events Impacts on Policies: Policies support higher carbon prices. – Increased support for renewable development. – Transmission developed for new wind. | Approved |
| 2/23/2018 12:25 PM | | 1.0 | Quantum Planning Group | [email protected] | Scenario 1: Focus on Economic Growth, Scenario 2: Focus on Clean Energy, Scenario 3: Focus on Short-Term Consumer Costs, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | | 3.2: Economic Policies and Return of Inflation: Limited growth and desire for cost containment. – Support for continuing use of existing resources. – Limited need for new transmission. | | Approved |
| 2/16/2018 3:15 PM | | 1.0 | Quantum Planning Group and Carl Zichella | [email protected], [email protected] | Scenario 2: Focus on Clean Energy, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | 2.4: Innovation/Resource Capital Costs: Innovation and market forces reduce Capital costs. – Solar becomes competitive along with wind. – Transmission development to support solar/wind. | | 4.2: Policies Regarding Infrastructure Modernization: Policies support cost recovery for modern. – Facilitates improvements/renewable development. – Increased transmission development. | Approved |
| 2/16/2018 3:01 PM | | 1.0 | Quantum Planning Group | [email protected] | Scenario 2: Focus on Clean Energy, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | 2.4: Innovation/Resource Capital Costs: Innovation and market forces reduce Capital costs. – Solar becomes competitive along with wind. – Transmission development to support solar/wind. | | 4.4: Innovation and Resource Capital Costs: Innovation and market forces reduce Capital cost. - Solar becomes competitive along with wind. – Transmission development to support solar/wind. | Approved |
| 2/16/2018 2:28 PM | | 1.0 | Quantum Planning Group | [email protected] | Scenario 1: Focus on Economic Growth, Scenario 2: Focus on Clean Energy, Scenario 3: Focus on Short-Term Consumer Costs, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | 2.4: Innovation/Resource Capital Costs: Innovation and market forces reduce Capital costs. – Solar becomes competitive along with wind. – Transmission development to support solar/wind. | 3.4: Development of Fracking: Fracking boom sustained over time. – Natural gas economic Renewables less competitive. – Transmission development limited and close to load. | 4.4: Innovation and Resource Capital Costs: Innovation and market forces reduce Capital cost. - Solar becomes competitive along with wind. – Transmission development to support solar/wind. | Approved |
| 2/16/2018 1:32 PM | | 1.0 | Quantum Planning Group | [email protected] | Scenario 2: Focus on Clean Energy, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | 2.1: Carbon Price Evolution: Market forces/polices lead to 100 carbon prices. – Coal/gas retirements; need for new resources. – Wind/solar competitive transmission development. | | 4.1: Carbon Price Evolution: Policy development leads to carbon prices over 50. – Coal retirements Need for new resources. – Transmission developed for new wind., 4.3: Climate Events Impacts on Policies: Policies support higher carbon prices. – Increased support for renewable development. – Transmission developed for new wind. | Approved |
| 2/16/2018 1:23 PM | | 1.0 | Quantum Planning Group and Carl Zichella NRDC | [email protected], [email protected] | Scenario 1: Focus on Economic Growth, Scenario 2: Focus on Clean Energy, Scenario 3: Focus on Short-Term Consumer Costs, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | 2.4: Innovation/Resource Capital Costs: Innovation and market forces reduce Capital costs. – Solar becomes competitive along with wind. – Transmission development to support solar/wind. | 3.4: Development of Fracking: Fracking boom sustained over time. – Natural gas economic Renewables less competitive. – Transmission development limited and close to load. | 4.4: Innovation and Resource Capital Costs: Innovation and market forces reduce Capital cost. - Solar becomes competitive along with wind. – Transmission development to support solar/wind. | Approved |
| 2/16/2018 12:53 PM | | 1.0 | Quantum Planning Group | [email protected] | Scenario 1: Focus on Economic Growth, Scenario 3: Focus on Short-Term Consumer Costs, Scenario 5: Energy-Water-Climate Change | | | 3.4: Development of Fracking: Fracking boom sustained over time. – Natural gas economic Renewables less competitive. – Transmission development limited and close to load. | | Approved |
| 2/16/2018 12:42 PM | | 1.0 | Quantum Planning Group | [email protected] | Scenario 3: Focus on Short-Term Consumer Costs, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | | 3.2: Economic Policies and Return of Inflation: Limited growth and desire for cost containment. – Support for continuing use of existing resources. – Limited need for new transmission., 3.3: Unemployment Levels Over Time: Ongoing unemployment encourages cost containment. – Support for low consumer costs limited support for cost recovery. – Higher bar for transmission cost recovery. | | Approved |
| 2/16/2018 12:25 PM | | 1.0 | Quantum Planning Group | [email protected] | Scenario 1: Focus on Economic Growth, Scenario 2: Focus on Clean Energy, Scenario 5: Energy-Water-Climate Change | 1.3: National/Global Economic Policies: Eco polices lead to widespread growth. – Higher demand leads to transmission development. | | | | Approved |
| 1/26/2018 3:56 PM | | 1.0 | Quantum Planning Group | [email protected] | Scenario 2: Focus on Clean Energy, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | 2.4: Innovation/Resource Capital Costs: Innovation and market forces reduce Capital costs. – Solar becomes competitive along with wind. – Transmission development to support solar/wind. | | 4.4: Innovation and Resource Capital Costs: Innovation and market forces reduce Capital cost. - Solar becomes competitive along with wind. – Transmission development to support solar/wind. | Approved |
| 1/26/2018 3:44 PM | | 1.0 | Quantum Planning Group | [email protected] | Scenario 1: Focus on Economic Growth, Scenario 2: Focus on Clean Energy, Scenario 3: Focus on Short-Term Consumer Costs, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | | 3.5: Fossil Fuel Policy: Policies support fossil fuel development. – Natural gas delivery infrastructure development. – Transmission development limited and close to load. | | Approved |
| 1/26/2018 3:08 PM | | 2.0 | Quantum Planning Group | [email protected] | Scenario 1: Focus on Economic Growth, Scenario 2: Focus on Clean Energy, Scenario 3: Focus on Short-Term Consumer Costs, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | 2.5: Recovery of Stranded Costs: Regulatory policies allow recovery of stranded costs. – Coal and gas retirements allow renewable development. – Transmission development to support solar/wind. | | 4.3: Climate Events Impacts on Policies: Policies support higher carbon prices. – Increased support for renewable development. – Transmission developed for new wind., 4.4: Innovation and Resource Capital Costs: Innovation and market forces reduce Capital cost. - Solar becomes competitive along with wind. – Transmission development to support solar/wind. | Approved |
| 1/26/2018 2:49 PM | | 1.0 | Quantum Planning Group | [email protected] | Scenario 1: Focus on Economic Growth, Scenario 2: Focus on Clean Energy, Scenario 3: Focus on Short-Term Consumer Costs, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | 1.3: National/Global Economic Policies: Eco polices lead to widespread growth. – Higher demand leads to transmission development. | | 3.3: Unemployment Levels Over Time: Ongoing unemployment encourages cost containment. – Support for low consumer costs limited support for cost recovery. – Higher bar for transmission cost recovery. | | Approved |
| 1/26/2018 2:35 PM | | 1.0 | Quantum Planning Group | richardmarrsaltamontcg.com | Scenario 2: Focus on Clean Energy, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | 2.1: Carbon Price Evolution: Market forces/polices lead to 100 carbon prices. – Coal/gas retirements; need for new resources. – Wind/solar competitive transmission development., 2.2: Development of National RPS: support for higher carbon prices. – Increased state RPS. – Increased development of renewable resources/transmission. | | 4.1: Carbon Price Evolution: Policy development leads to carbon prices over 50. – Coal retirements Need for new resources. – Transmission developed for new wind., 4.2: Policies Regarding Infrastructure Modernization: Policies support cost recovery for modern. – Facilitates improvements/renewable development. – Increased transmission development., 4.3: Climate Events Impacts on Policies: Policies support higher carbon prices. – Increased support for renewable development. – Transmission developed for new wind. | Approved |
| 1/26/2018 2:20 PM | | 1.0 | Quantum Planning Group | [email protected] | Scenario 2: Focus on Clean Energy, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | | | 4.3: Climate Events Impacts on Policies: Policies support higher carbon prices. – Increased support for renewable development. – Transmission developed for new wind. | Approved |
| 1/26/2018 2:09 PM | | 2.0 | Quantum Planning Group | [email protected] | Scenario 2: Focus on Clean Energy, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | 2.1: Carbon Price Evolution: Market forces/polices lead to 100 carbon prices. – Coal/gas retirements; need for new resources. – Wind/solar competitive transmission development., 2.2: Development of National RPS: support for higher carbon prices. – Increased state RPS. – Increased development of renewable resources/transmission. | | 4.3: Climate Events Impacts on Policies: Policies support higher carbon prices. – Increased support for renewable development. – Transmission developed for new wind. | Approved |
| 1/26/2018 1:13 PM | | 1.0 | Quantum Planning Group | [email protected] | Scenario 2: Focus on Clean Energy, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | | | | Approved |
| 1/26/2018 12:50 PM | | 1.0 | Quantum Planning Group | [email protected] | Scenario 2: Focus on Clean Energy, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | 2.4: Innovation/Resource Capital Costs: Innovation and market forces reduce Capital costs. – Solar becomes competitive along with wind. – Transmission development to support solar/wind. | | 4.4: Innovation and Resource Capital Costs: Innovation and market forces reduce Capital cost. - Solar becomes competitive along with wind. – Transmission development to support solar/wind. | Approved |
| 1/26/2018 12:41 PM | | 1.0 | Quantum Planning Group | [email protected] | Scenario 1: Focus on Economic Growth, Scenario 2: Focus on Clean Energy, Scenario 3: Focus on Short-Term Consumer Costs, Scenario 4: Focus on Long-Term Societal Costs, Scenario 5: Energy-Water-Climate Change | | 2.4: Innovation/Resource Capital Costs: Innovation and market forces reduce Capital costs. – Solar becomes competitive along with wind. – Transmission development to support solar/wind. | | 4.4: Innovation and Resource Capital Costs: Innovation and market forces reduce Capital cost. - Solar becomes competitive along with wind. – Transmission development to support solar/wind. | Approved |
| 1/26/2018 12:28 PM | | 2.0 | Quantum Planning Group | [email protected] | Scenario 3: Focus on Short-Term Consumer Costs, Scenario 5: Energy-Water-Climate Change | | | 3.5: Fossil Fuel Policy: Policies support fossil fuel development. – Natural gas delivery infrastructure development. – Transmission development limited and close to load. | | Approved |
