Abstract

Under the market reforms, the unbundling of energy systems has opened new areas for value creation at a competitive price, which was impossible in centralized energy markets dominated by utilities. The renewable energy market via Power Purchase Agreement (PPA) has emerged as a realistic business proposition within such reforms. In the last decade, the renewable energy market based on the PPA scheme has seen unprecedented growth in Europe and North America. The falling cost of renewable energy and exigency to achieve energy transition targets have created new opportunities for Independent Power Producers (IPP) via the PPA route. Alongside, the PPA improves bankability and ensures a long-term revenue stream for renewable energy projects in the subsidy-free environment. On the contrary, the complexity of PPA models, market risks, and intermittency of energy generation pose challenges to IPPs and buyers. Considering PPA is an evolving concept, this paper aims to contribute to the existing knowledge on PPAs by analyzing critical success factors in the PPA model. During analysis, the elements that emerged as critical success factors are 1) tariff design, 2) bankability to secure funds, 3) addressing intermittency, and 4) stakeholder engagement. With a focus on regional settings and emerging trends, this paper discussed the rationale for PPA model selection, risk management practices, and strategic partnerships for value creation. During analysis, we also observed that the PPA schemes are driven by local market configuration, demand patterns, and country-specific policies.

Highlights

  • 1.1 BackgroundAs part of market reforms in the 1990s, the unbundling of the electricity value chain allowed greater market participation (Fuentes-Bracamontes, 2016)

  • This paper aims to contribute to the existing knowledge on PPA schemes from the developers' perspective by discussing emerging trends, critical success factors, and tariff design in the PPA model

  • I analyzed the critical success factors focusing on tariff design, stakeholder engagement, and bankability used by developers

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Summary

Introduction

1.1 BackgroundAs part of market reforms in the 1990s, the unbundling of the electricity value chain allowed greater market participation (Fuentes-Bracamontes, 2016). The transaction costs due to fragmentation of services were offset by market competition leading to new value propositions and improving overall efficiency (Fuentes-Bracamontes, 2016). Such market reforms have given entry to non-utility energy generators. Over the last two decades, there has been significant growth in non-utility participation in renewable energy generation worldwide These independent and small-scale energy generators are categorized as IPP, having diverse ownership structures, and usually represented by community groups, social enterprises, municipal bodies, city councils, and private developers. Policymakers argued that with the increased diffusion of renewable energy, FIT supports could lead to distorted wholesale electricity market prices.

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