Grid Code Development:
We are Your Competent Partner for Customized Grid Codes
Grid Codes are regulations that define the technical requirements and the behavior of all participants in the power system. Thus, they are an essential tool for a safe integration of renewable generation into the grid. In order to ensure optimal network operation, Grid Codes need to fit the respective system and have to be revised in regular intervals. We from Energynautics would love to do that for you – take advantage of our expertise!
We offer international experience with technical rules and standards
Grid Codes often consist of a multitude of documents. Each document covers a certain area of the technical rules and standards. In many countries, Grid Codes consist of grown structures that were adjusted time and again over the years. For the design or revision of Grid Code documents a profound analysis of both the particular system and the technical and economic conditions is essential. A significant factor is the future extension of renewable energies in the grid that needs to be considered in order to prevent maladjustment and potentially far-reaching technical problems.
We are experts in designing Grid Codes
Through years of pioneering work in the integration of renewable energies into networks and power markets, Energynautics has gained expert knowledge. We are conducting competent analyses and come to the right conclusions to establish sound and customized Grid Codes for our customers. We consider not only the current conditions, but also possible future developments, as shown in our projects on Barbados and the Seychelles, for instance. Benefit from our experience, and let’s develop your optimum Grid Code together.
We create synergy effects
But we can do even more! Use our expertise for your grid integration study and create synergy effects. In many cases a grid study is essential in order to develop a sound Grid Code and to determine all the system’s relevant parameters. Grid Code compliance – analyzing compliance with technical regulations – is a critical issue, especially for smaller system operators. As a specialist in the area of power generator modeling, we use state-of-the-art analysis tools and methods: a definite advantage for developing Grid Codes. Energynautics offers an all-round carefree package for all questions regarding network integration of renewable energies. Talk to us about your project, we will find the suitable answers!
This may be of Interest for you:
A Selection of our References.
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Ancillary Services from Offshore Wind
For Carbon Trust, Energynautics analyzed current and future high system value ancillary services which offshore wind farms are well suited to deliver.
Read moreConnection Point Assessment for New HVDC Connector
Energynautics conducted an analysis to assess the technical viability of a new subsea HVDC connection between Spain and Italy.
Read moreLoad and Generation Projection for a German Utility
Energynautics compiled geographically detailed load and generation projections for the distribution grid of EWR Netz GmbH with a focus on the future growth of distributed generation and end-use electrification up to 2040.
Read moreLow-cost, Grid-friendly Charging for Bangladesh
A smart charger for three-wheeler charging stations in Bangladesh was developed to mitigate the grid load during peak hours.
Read moreEV Integration Handbook
Energynautics together with RE-xpertise developed a handbook on best practices for the integration of electric vehicles into the distribution grid.
Read morePower System Planning for IRRP Development in CARICOM States
On behalf of GIZ, Energynautics supported the Caribbean Centre for Renewable Energy and Energy Efficiency (CCREEE) with generation and grid expansion planning in Guyana and Trinidad and Tobago.
Read moreNGESO Reactive Power Market Design
Development of a market-based solution for reactive power management in the GB transmission system, ensuring cost efficient provision to maintain system voltage security in a zero-carbon system.
Read moreOptimizing the Grid Operation by Using the FNN Control Box
The objective of the project is to develop a control box, the Smecon-Box, which combines local intelligence and central controllability for electric vehicles, photovoltaic systems, heat pumps and Co in order optimize the grid operation.
Read moreConsultancy Services for the North Sea Wind Power Hub Programme
This study investigates the potential of offshore wind energy hubs in the North Sea in contrast to radially connected wind farms with the aim of optimizing the integration of offshore wind.
Read moreSmart Inverters for Distributed Generation
Recommendations to incorporate smart inverters for increasing the PV hosting capacity in distribution grids and grid reliability.
Read moreAncillary Service Review for the Mexican Power System
Energynautics engineers supported one commissioner’s office of the Mexican regulator in their ongoing review of ancillary services needed for further increases in renewable energy contribution.
Read moreRisk Management Guidelines for Solar PV Projects in Vietnam
The objective of this assignment was to develop handbooks on risk management – technical guidelines for ground-mounted and floating solar PV projects from the development to the dismantlement phase.
Read moreRevision of Grid Codes for the Dominican Power System
Commissioned by GIZ, Energynautics conducted a revision of the transmission grid codes in the Dominican Republic to ensure their suitability for large scale VRE integration.
Read moreResearch Study on Sustainable Energy Transition and Energy Infrastructure Development Opportunities
The aim of the study was to provide input for the implementation of Resolution No 55 “Vietnam’s National Energy Development Strategy to 2030, vision to 2045” of Vietnamese Party’s Politburo and further orientations for sustainable energy transition in Vietnam.
Read moreRole of Distribution Companies in Using Grid Support Services from Solar Rooftop PV Systems and Storage
Energynautics was commissioned by GIZ to analyse the services which can be provided by solar rooftop PV and battery storage to support the distribution grid in India.
Read moreDistribution Grid Study in the Dominican Republic
Energynautics analyzed the maximum PV penetration levels in Dominican distribution grids.
Read moreEU Network Codes for Estonia
Energynautics conducted a study on various aspects of grid codes, gathering international experience and accepted good practices for Estonian consortium.
Read moreETS Plus Emission Trading: Power Market Simulations for IFW
Energynautics was subcontracted by the IFW Kiel Institute for the World Economy within a larger project to evaluate the impact of rising emission prices on the power sector.
Read moreReview of the Mongolian Grid Code
Energynautics was commissioned by the World Bank in 2018 to assist the Mongolian system operator to update their grid code.
Read moreTransmission Grid Study Czech Republic
Energynautics was commissioned by a consortium of NGOs to conduct a high level transmission system study to investigate the impact of a large scale coal exit in the Czech Republic by 2030.
Read moreREEP 1000 Islands: RE Integration in Indonesia
Commissioned by GIZ, Energynautics, Cadmus and ABO Wind provide technical support to Indonesian power system stakeholders until 2020. The project includes multiple island grid studies, development of tender documents, capacity building workshops and a revision of the distribution code.
Read moreVietnam Technology Assessment
Back in 2012, Vietnam published a smart grid roadmap which includes different phases for defining the smart grid implementation in Vietnam. In order to support the development of smart grids, Energynautics assessed the current smart grid progress and developed recommendations.
Read morePV Port & Store
India aims to install 40 GW solar PV capacity on rooftops by 2022. To support this target, Energynautics developed a standardized plug-and-play PV plus battery system which ensures uninterrupted power supply, maximization of self-consumption and peak shaving of high load peaks in the evening.
Read moreRegional Capacity Development in ASEAN
In order to support the renewable energy development in the ASEAN region, Energynautics held three capacity building workshops to participants from utility networks, governments and other stakeholders in the public and private sector.
Read moreRooftop PV Policy in Vietnam
To support the Electricity Regulatory Authority of Vietnam, Energynautics developed technical requirements for rooftop solar PV installations in Vietnam, taking existing regulations, international best practices, and local development targets into account.
Read morePower Quality Measurement Campaign at Al Zaatari PV Power Plant
A 12,9 MWp PV power plant was built to ensure the electricity supply for the Al Zaatari refugee camp in Jordan. In order to determine the influence of the PV plant on power quality, Energynautics conducted a power quality measurement campaign at several points in the local grid.
Read moreSmooth PV
Smart Modelling of Optimal Integration of High Penetration of PV (Smooth PV) is a project which has the objective to develop advanced modeling and simulation tools using the software tool DIgSILENT/PowerFactory in order to evaluate the impact of a large-scale penetration of PV on the optimum economical design/operation of the distribution and transmission network.
Read moreREEP 1000 Islands
GIZ has commissioned Energynautics to conduct pilot studies for renewable integration on two Indonesian islands. The Indonesian government has set a national target of 23% electricity from renewable sources by 2025. Hybrid systems on the more than 17,000 small Indonesian islands can contribute significantly to reaching this goal.
Read more3DMicroGrid
Microgrids are a promising solution to facilitate the integration of renewable energies. 3DMicroGrid includes the design, development and demonstration (3D) of a future-proof active smart microgrid system to integrate and optimize multiple energy sources and loads.
Read moreDESIGNETZ
New innovative approaches are needed for a cost-efficient integration of renewables into the distribution grid. Energynautics analyses their effectiveness and refines their use for the BDEW traffic light concept.
Read moreHow-To Guide for Variable Renewable Energy Integration
How can variable renewable energy be integrated in the Philippine power system? Energynautics shows how with a step-by-step guide developed for the World Bank and the Philippine system operator!
Read moreInnovative Grid Toolbox
Grid expansion is an essential flexibility option for integrating ever-greater shares of variable renewable energy: We show which innovative “tools” there are in order to optimally use the transmission grid.
Read moreEuropean Grid Study 2030/2050
100% renewables by 2050? Commissioned by Greenpeace, the study investigated how the European grid has to be cost-optimized in order to realize the Energy [R]evolution Scenarios.
Read moreGrid Absorption Study Seychelles
Renewable energy in small island systems brings economic benefits as well as technical challenges: We reveal how wind and solar can be optimally integrated into the Seychelles power system.
Read moreBarbados Grid Code Review
Energy policy target for 2029: 29% renewables. With this in mind, Energynautics reviewed the Barbados Grid Code and developed new Planning and Operation Codes.
Read moreRenewables Grid Integration Study Costa Rica
100% renewables today: Made possible by excellent wind, solar and hydro resources. We show how the power system should be organized for reliable operation.
Read moreIRENA Grid Code Study
Which aspects have to be considered when developing grid codes for integrating high shares of renewables while maintaining a reliable and stable power supply? We provide answers!
Read moreSnoopi – Smart Network Control with PV Infeed
PV battery systems can do more than just optimize self-consumption: Our controller stabilizes the voltage and thus paves the way for a higher PV penetration.
Read moreCell Controller Project
Development and test of a universal high-end Smart-Grid-Controller. The highlight: Pure autonomous island operation of the distribution system based solely on distributed energy resources.
Read moreDistribution System Study Rhineland-Palatinate
100% renewables by 2030, that’s what the state government is aiming for. We show what this aim will mean for the distribution system of RLP and how smart grids can contribute.
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