How Optimized Schedules & Revenue Stacking Make Hybrid Plants Profitable

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Recording of Wednesday, June 19, 2024 | The smarter E Europe 2024 | Conference Program | Language: English | Duration: 13:46 .

Isabella Caschetto, Product Manager at Camopo Energy, Discusses Optimized Schedules and Revenue Stacking for Hybrid Power Plants Using Advanced Software Solutions

Isabella Caschetto, Product Manager of Camopo Energy—a division within the SMA Solar Technology Group—addressed a session focusing on optimizing hybrid power plants' commercial operations using software solutions. She discussed how the evolving energy market impacts business models and revenue opportunities, highlighting increased instances of negative pricing and renewable energy curtailments due to grid capacity limitations. With traditional feed-in tariffs phasing out, new merchant models that reward flexibility over pure generation are emerging. Caschetto emphasized that hybrid power plants combining PV (photovoltaic) systems with batteries offer complex but rewarding opportunities by enhancing grid connection utilization. Two primary approaches were outlined: co-located hybrids that share grid connections for distinct business strategies and full hybrids requiring integrated asset management for joint dispatching strategies and various use cases like peak load shaping or avoiding curtailment. Given battery capital expenditure challenges, multiple revenue streams are essential for economic viability. Sophisticated software is necessary to manage these dynamic decisions effectively across different markets in real-time. She concluded by illustrating this complexity through an example from a German PV-battery plant managed by their solution.

Automatisierte Zusammenfassung durch AI Conver

Speaker

Isabella Caschetto
Product Manager Digital Services
SMA Solar Technology AG
Deutschland

Talk of session: Hybrid PV Power Plants I: Providing Flexible Generation for the Energy System

Hybrid power plants play a crucial role in addressing the flexibility limitations of variable renewables. Solar and wind and/or battery storage systems improve grid-stability, allow to integrate more renewable energy and offer potential additional revenue for power plant operators.

This session will include:

  • Hybrid solar power plant case studies
  • Status and developments of hybrid solar power plant systems
  • Policy frameworks for a solar-based hybrid power supply

Further Talks of this session:

Welcome and Introduction

Speaker

Jenny Chase
Lead Solar Analyst
BloombergNEF
United Kingdom

To Talk

Hybrid Wind-Solar in the Age of Saturated Grids

Speaker

Kyle David Ryan
Senior Project Engineer, Solar Engineering
RWE Renewables Europe & Australia GmbH
Germany

To Talk

Impact on Co-Located BESS on Utility PV System Designs

Speaker

Johannes Linder
Director System Design & Innovation
BELECTRIC GmbH
Germany

To Talk

Zerbst: Developing Germany's Largest Hybrid PV-BESS Project

Speaker

Laurent Talbot
Head of Energy Storage
Statkraft Erneuerbare GmbH
Germany

To Talk

Fire Chat: How Can We Find Enough Flexibility in the Energy System for the Solar Industry to Build a Terawatt a Year?

Speaker

Howard Wenger
President
Nextracker
Spain

To Talk

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Understanding the Perspectives of Installers in the German Energy Landscape

Issue 9 | September 20, 2024

German installers play a key role in the energy transition, shaping the future of solar, wind, and efficient heating systems.

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