Economics of Regulation and Low Carbon Technologies module (CP51047)
Learn the concepts of economic regulation encompassing tariff setting in the gas and electricity industries, and learn to analyse economics and policies
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Credits
20
Module code
CP51047
This module explores the economics of regulation, i.e. tariff setting, in regulated industries such as the gas and electricity industries. It also covers the economics of low carbon technologies such as renewable energy, e.g. wind and solar, electric vehicles, and hydrogen.
Topics covered in this module include:
Rationale for Economic Regulation
Rate-of-Return Regulation
Incentive Regulation
Auctions and Electricity Market Reform
Economics of Renewable Energy (wind and solar)
Economics of Electric Vehicles
Economics of Hydrogen
What you will learn
In this module, you will:
study the theories of natural monopoly and externality that underpin the economics of regulation and low carbon technologies
critically evaluate the theories and methods of economic regulation in network and regulated industries, e.g. transmission and distribution network, pipelines, electricity tariff
analyse the economics and policies relating to low carbon technologies in the context of energy transition
By the end of this module, you will be able to:
discuss theories of natural monopoly and economic regulation
discuss methods and issues of economic regulation and pathways of reforming in developed and developing countries
discuss policies supporting renewable energy and low carbon technologies
discuss interplay between economics, policy, and technologies of low carbon transition
understand and interpret financial data relevant to regulated industries
perform the economic analysis of tariff setting for regulated industries
analyse the economics of renewable energy projects for business and government decision making
Assignments / assessment
coursework (40%)
mock public hearing
in Lecture 5
group presentations
in Lectures 6 through 9
quiz
after Lecture 9
final exam (60%)
Teaching methods / timetable
This is a nine-week module with 20 credits and 200 hours of work expected.