In South Australia rapid expansion of grid-connected and distributed renewable generation has contributed to the closure of coal-fired electricity production and placed greater reliance on the remaining fossil-based generation and imports on meeting demand when South Australian renewable production is low. Concentrated wholesale markets and gas scarcity now explain higher wholesale electricity prices and lower…
Month: February 2026
Electricity Network Charging in the Presence of Distributed Energy Resources: Principles, Problems and Solutions
This paper discusses the principles of electricity network charging in the light of increasing amounts of distributed generation and the potential for significant increases in electric vehicles or distributed electrical energy storage. We outline cost reflective pricing, traditional public service pricing, platform market pricing and customer- focused business model pricing. We focus on the particular…
Can Simple Regulatory Mechanisms Realistically be used for Electricity Transmission Investment? The Case of H-R-G-V
While simple regulatory mechanisms in the form of price caps have been implemented with success in the telecommunications sectors of many countries, they are much less used in the electricity sector and if so not as a tool to guide transmission investment. This paper takes one particular mechanism from a very abstract concept to an…
Transmission Expansion Benefits: The Key to Redesigning the Regulation of Electricity Transmission in a Regional Context
Achieving a sufficient and efficient development of the transmission grid in the new low-carbon and region-wide coordinated electricity markets being created will be central to their success. This requires setting up the required institutional framework and cost allocation arrangements, which is specially challenging when the relevant market covers several independent countries or administrative areas (like…
A Primer on Transmission Benefits and Cost Allocation
The cost of transmission facilities must be allocated to those within the transmission planning region that benefit from those facilities in a manner that is at least roughly commensurate with estimated benefits.” (FERC, 2010, p. 91) Benefits include reliability, economic and public policy related impacts. Turning the principle into a workable policy is important as…
Electricity (and Natural Gas) Transmission under Transformation – An Introduction
There may exist various factors that could potentially hinder the efficient development of electricity markets, such as poorly defined property rights, incomplete markets, increasing trade of electricity among different control areas, inefficient operation, and maintenance, as well as bottlenecks in transmission capacity due to lack of investment for grid expansion. This introduction to the EEEP-symposium…
Do auctions promote innovation in renewable energy technologies? An empirical analysis of solar PV
Innovation in low-carbon technologies and, particularly, renewable electricity technologies (RETs) will be a critical component of the decarbonised energy transition. RET innovation requires a wise combination of supply-push (R&D support) and demand-pull policies (support for deployment). Renewable energy auctions are currently the main instrument to support the deployment of renewable electricity capacity worldwide. Thus, auctions…
Modeling CO2 Pipeline Systems: An Analytical Lens for CCS Regulation
Carbon Capture and Storage (CCS) is regularly depicted as a crucial technology to reduce the social cost of achieving carbon neutrality. However, its deployment critically depends on the installation of CO2 infrastructures. As the regulatory procedures governing their provision are yet to be clarified, this paper aims to assess the social and environmental impacts of…
From Diesel to Electric: Overcoming Grid Integration Challenges in the Medium- and Heavy-Duty Vehicle Sector
Decarbonizing the medium- and heavy-duty vehicle (MHDV) sector is crucial for a sustainable clean energy transition. This paper focuses on the challenges and opportunities associated with integrating medium- and heavy-duty electric vehicles (MHD EVs) into the electric grid. With large trucks and buses being responsible for a significant share of transportation-related greenhouse gas emissions, the…