Consultancy for hybrid power plant projects

We assist renewable energy project developers in evaluating hybrid power plant solutions that combine solar, wind, and battery energy storage by providing data-driven analyses and assessments. Our scenario-based calculation model supports early-stage feasibility and profitability evaluations, comparison of hybrid configurations, and understanding of system performance under various generation, market, and grid conditions.

As projects progress, we provide support for evaluating technical alternatives — including interpreting technical specifications and ensuring interoperability of different equipment at the connection point — as well as preparing for equipment procurement. Additionally, we assist in defining data exchange architectures and operational logic, and in assessing reserve market functionalities relative to the chosen technologies. Our strength lies in a deep understanding of operational-phase requirements, including data exchange, grid connection and reserve market compliance, testing, and the role of substations and communications in the overall system.
 

Scenario tool for project development and investment decisions

Our hybrid power plant calculation model offers project developers and investors a clear, data-driven way to compare different solar, wind, and battery capacity configurations. It replaces fragmented spreadsheets and heavy simulation tools with a unified platform that supports early-stage feasibility analyses, grid connection planning, battery system sizing, and market-based assessments. By combining production data, market assumptions, and technical parameters, the tool helps developers quickly evaluate hybrid concepts, refine design solutions, and make better-informed decisions as the project progresses toward construction, commissioning, and operation.

Key features

  • Supports multiple hybrid configurations (solar + battery, wind + battery, solar + wind + battery).
  • Tests various market scenarios, including reserve markets and imbalance management.
  • Optimizes connection capacity and hybrid power plant sizing.
  • Evaluates battery performance, parameters, and investment viability relative to the overall solution.
  • Utilizes production data and customer-defined strategies for techno-economic modeling.

SP_SolarWind2.0

Interested in how hybrid power plants are optimized during operation? Learn more about our Hybrid power plants solutions.

 

SyncPower® - Comprehensive solutions for the energy sector

SyncPower® is a software solution for the energy sector. It is built on modules that support various functions and is powered by a shared set of background tools for calculation, reporting, and diagramming.

 

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