Jordan Kern
ES 300 - Socio-economic implications
ES 300 - Stranded Carbon Assets
ES 300 - Fossil fuel divestment - how effective is it?
ES 300 - Fossil Fuel Divestmnet - The role of capital and institutional investors
ES 300 - Utility Death Spiral - An alternative to carbon policy?
ES 300 - Utility Death Spiral - Corporate Finance Perspective
ES 300 - Utility Death Spiral - First feedback loop
ES 300 - Utility Death Spiral - Increasing Retail Prices, Falling Cost of Renewables
ES 300 - Lecture 22 - Renewable Energy and Carbon Policy - Public Support
ES 300 - Renewable Energy and Carbon Policy - Carbon tax vs cap and trade
ES 300 - Renewable Energy and Carbon Policy - Financial Inertia
ES 300 - Renewable Energy and Carbon Policy - PURPA, REPS, tax credits
ES 300 - Energy storage and demand management - demand response
ES 300 - Energy storage and demand management - real-time pricing
ES 300 - Energy storage and demand management - battery cost trajectories
ES 300 - Energy storage and demand management - types of energy storage
ES 300 - Renewable Energy Integratoin Challenges - Markets and prices
ES 300 - Renewable Energy Integration Challenges - Impacts on other generators
ES 300 - Renewable Energy Integration Challenges - Non-dispatchability, Intermittency, etc
ES 300 - Solar Power - Utility scale vs. distributed, net metering
ES 300 - Solar Power - Declining Costs
ES 300 - Solar Power - CSP vs. PV, materials & resource availability
ES 300 - Wind Power - Offshore vs. Onshore, Cost trajectories, and Markes
ES 300 - Wind Power - Fundamentals and resource availability
ES 300 - Wind Power- Introduction
ES 300 - Hydropower - Negative impacts and future projections
ES 300 - Hydropower - 3 Types of Hydropower
ES 300 - Nuclear - Nuclear power economics
ES 300 - Nuclear - Fission, Fuel Cycle and Safety
ES 300 - Lecture 14 - Natural Gas