[Client: International Renewable Energy Agency (IRENA), United Arab Emirates]
Study on Grid Codes: Technical Regulations for Power Systems Enabling Higher Shares of Variable Renewable Energy. The International Renewable Energy Agency (IRENA), supported by a consultancy work led by Energynautics, is finalising a study on grid codes and other technical regulations that govern grid connection of generators worldwide. The study illuminates aspects of grid code development with regard to variable renewable energy (VRE) sources namely solar photovoltaic and wind power. This study is part of IRENA activities aiming at supporting policy-makers and regulators, especially in countries with low VRE planning, to significantly increase their VRE share in the power system.
[Client: Barbados Light & Power Company, Barbados]
Barbados Grid Code Review: The Barbados Light & Power Company has commissioned Energynautics to review and expand its grid code. New technical requirements, such as fault-ride-through and voltage control, are needed to accommodate higher shares of renewables on the island. Energynautics has also developed new Planning and Operation Codes.
[Clients: Inter-American Development Bank / El Ministerio de Ambiente y Energía de Costa Rica (MINAE)]
Consultancy for the Assessment of Strategies and Technologies to Maximize the Large-Scale Integration of Variable Renewable Energy: Energynautics is, together with DIgSILENT, Meister Consultants Group and Fernando Montoya, conducting a grid study in the Costa Rican transmission grid with the goal of integrating wind and solar energy into the currently primarily hydro-based system.
[Clients: World Bank, Empresa Nacional de Energia Electrica (ENEE) – Honduras]
Study on the safe and economic integration of wind and solar power into Honduras' power system: Energynautics, Ecofys and Quantum America undertake a study on the safe and economic integration of wind and solar power into Honduras' power system. Within this study, Energynautics is investigating the steady-state and transient stability of the country’s electricity grid, and develops a methodology for calculating the amount of reserve required for balancing the fluctuating feed-in of wind and solar power plants.
[Client: World Bank – Guatemala]
Study on the safe and economic integration of wind and solar power into Guatemala’s power system: Energynautics, Ecofys and Quantum America undertake a study on the safe and economic integration of wind and solar power into Guatemala’s power system.
[Client: Federal Ministry for Economic Affairs and Energy, Germany]
Smart Network Control with Coordinated PV Infeed – Snoopi: The objective of “Snoopi” is to pave the way for a higher penetration of PV.
Therefore a voltage control mechanism is developed for PV-battery systems and other regulating devices and tested in simulations and field tests. The voltage regulation tool will be designed to be scalable and transferable and will be applicable to all distribution systems.
For details visit: www.solar-era.net (page 24)
[Client: Federal Ministry for the Environment, Nature Conservation, Building and Nuclear Safety, Germany]
Revising the Energiewende targets to reach the German climate protection targets 2050: In the project a consortium of IZES, IFEU, FÖS, Tippingpoints and Energynautics is reviewing the Energiewende targets in order to identify constraints and recommend action items with respect to achieving the German climate protection targets for 2050. The German government’s goal is a reduction of at least 40 percent CO2 emissions by 2020 and of 80 to 95 percent by 2050 compared to 1990, primarily through the expansion of renewable energies and increased energy efficiency. Main focus in the project is therefore laid on the sectors electricity, thermal supply and transportation. Energynautics signs responsible for all questions regarding grid development and grid integration of renewable energies.
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