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We welcome your feedback and suggestions, e.g. for additional data that you would find useful, at .. If you are interested in academic collaboration, contact us by email.For example, we can work with you to generate custom datasets. SCIENCE - RENEWABLES.NINJASEE MORE ON RENEWABLES.NINJA DATASETS - RENEWABLES.NINJA Columns. time: UTC time stamp giving the beginning of the time period (one hour by default).; local_time: Time stamp in the local timezone of the requested location (if local_time was requested).; output: mean power output averaged over the time period, in kW.; Corrected vs uncorrected data. Currently, data is corrected in Europe as described in: Pfenninger and Staffell 2016, Staffell and MORE YEARS, MORE PAPERS, MORE TURBINES Then with Christian Grams, now of Karlsruhe Institute of Technology (Germany), Remo Beerli and Heini Wernli (ETH Zürich) we have published a paper in Nature Climate Change showing how a new understanding of continental-scale weather regimes and greater cooperation between countries could dramatically smooth the output of wind farms across Europe: API - RENEWABLES.NINJA The API can be accessed anonymously or as a registered user, subject to the same usage limitations as the website. To authenticate, you need to use the API token displayed onRAW WEATHER DATA
Today we are launching a new model for Renewables.ninja which delivers raw weather data, such as temperature, rainfall and cloud cover. This works in the same ways as the wind farm and solar PV simulations: you can download weather data for a specific location with our point-and-click map, or you can select ‘Country’ mode to downloadpre-made datasets.
PYTHON EXAMPLE
This is an API access example using token-based authentication withPython.
RENEWABLES.NINJAHELPDOWNLOADSNEWSSIGN UPLOGINDOCUMENTATION Run simulations of hourly power output from wind and solar PV farms by clicking anywhere on the map, choosing your technology from the side menu, and hitting "Run". ABOUT - RENEWABLES.NINJASEE MORE ON RENEWABLES.NINJA DOWNLOADS - RENEWABLES.NINJA If you would like to download the dataset from a specific journal publication, please refer to the publication-specific datasets section below.. The table below gives an overview of the most current Renewables.ninja pre-compiled datasets and available simulation modelsource code.
DOCUMENTATION
We welcome your feedback and suggestions, e.g. for additional data that you would find useful, at .. If you are interested in academic collaboration, contact us by email.For example, we can work with you to generate custom datasets. SCIENCE - RENEWABLES.NINJASEE MORE ON RENEWABLES.NINJA DATASETS - RENEWABLES.NINJA Columns. time: UTC time stamp giving the beginning of the time period (one hour by default).; local_time: Time stamp in the local timezone of the requested location (if local_time was requested).; output: mean power output averaged over the time period, in kW.; Corrected vs uncorrected data. Currently, data is corrected in Europe as described in: Pfenninger and Staffell 2016, Staffell and MORE YEARS, MORE PAPERS, MORE TURBINES Then with Christian Grams, now of Karlsruhe Institute of Technology (Germany), Remo Beerli and Heini Wernli (ETH Zürich) we have published a paper in Nature Climate Change showing how a new understanding of continental-scale weather regimes and greater cooperation between countries could dramatically smooth the output of wind farms across Europe: API - RENEWABLES.NINJA The API can be accessed anonymously or as a registered user, subject to the same usage limitations as the website. To authenticate, you need to use the API token displayed onRAW WEATHER DATA
Today we are launching a new model for Renewables.ninja which delivers raw weather data, such as temperature, rainfall and cloud cover. This works in the same ways as the wind farm and solar PV simulations: you can download weather data for a specific location with our point-and-click map, or you can select ‘Country’ mode to downloadpre-made datasets.
PYTHON EXAMPLE
This is an API access example using token-based authentication withPython.
NEWS - RENEWABLES.NINJA Today we release v1.3 of the Renewables.ninja dataset. All the wind, PV and weather simulations now run until the end of 2019. The custom point simulations and API now offer data from 2000 until 2019, giving you access to the most recent weather year.. The aggregated data packages available on the country interface now run from 1980 to 2019, giving forty years of data to work with. DATASETS - RENEWABLES.NINJA Columns. time: UTC time stamp giving the beginning of the time period (one hour by default).; local_time: Time stamp in the local timezone of the requested location (if local_time was requested).; output: mean power output averaged over the time period, in kW.; Corrected vs uncorrected data. Currently, data is corrected in Europe as described in: Pfenninger and Staffell 2016, Staffell andRAW WEATHER DATA
Today we are launching a new model for Renewables.ninja which delivers raw weather data, such as temperature, rainfall and cloud cover. This works in the same ways as the wind farm and solar PV simulations: you can download weather data for a specific location with our point-and-click map, or you can select ‘Country’ mode to downloadpre-made datasets.
REGISTER - RENEWABLES.NINJA Please review our privacy policy before registering for a user account. We minimise the amount of data gathered and share no datawith third parties.
RENEWABLES.NINJA NEWS FEED Today we release v1.3 of the Renewables.ninja dataset. All the wind, PV and weather simulations now run until the end of 2019. The custom point simulations and API now offer data from 2000 until 2019, giving you access to the most recent weather year.. The aggregated data packages available on the country interface now run from 1980 to 2019, giving forty years of data to work with. NEW R AND EXCEL INTERFACES We have been working on our documentation to reduce the learning curve for the Renewables.ninja API, and extend usability to people without a programming background.. Since we enabled API keys for all users, it has been great to see a growing share NEW NINJA DESIGN AND FEATURES When visiting the site you will now see two modes. “Points mode” is the familiar method of simulating an individual wind or solar farm. The interface options are the same as before, but with better options to search for a location and choose which year of data you download (more years of data will become available online later this summer). NEW PAPERS ARE PUBLISHED We are pleased to announce that the two peer-reviewed papers describing the Renewables.ninja models were published today in the journal Energy.These papers describe the underlying models that generate wind and solar time series data, demonstrate their validation across Europe, and then use them to study the impacts of wind and solar power across Europe in the nearPYTHON EXAMPLE
This is an API access example using token-based authentication withPython.
R EXAMPLE - RENEWABLES.NINJA This is an API access example using token-based authentication with R. require (curl) token = 'your_token_here' s = new_handle # Send token header with each request RENEWABLES.NINJAHELPDOWNLOADSNEWSSIGN UPLOGINDOCUMENTATION Run simulations of hourly power output from wind and solar PV farms by clicking anywhere on the map, choosing your technology from the side menu, and hitting "Run". ABOUT - RENEWABLES.NINJASEE MORE ON RENEWABLES.NINJA NEWS - RENEWABLES.NINJA Today we release v1.3 of the Renewables.ninja dataset. All the wind, PV and weather simulations now run until the end of 2019. The custom point simulations and API now offer data from 2000 until 2019, giving you access to the most recent weather year.. The aggregated data packages available on the country interface now run from 1980 to 2019, giving forty years of data to work with.DOCUMENTATION
Documentation. We welcome your feedback and suggestions, e.g. for additional data that you would find useful, at contact@renewables.ninja. If you are interested in academic collaboration, contact us by email. For example, we can work with you to generate custom datasets. SCIENCE - RENEWABLES.NINJASEE MORE ON RENEWABLES.NINJA DATASETS - RENEWABLES.NINJA Columns. time: UTC time stamp giving the beginning of the time period (one hour by default).; local_time: Time stamp in the local timezone of the requested location (if local_time was requested).; output: mean power output averaged over the time period, in kW.; Corrected vs uncorrected data. Currently, data is corrected in Europe as described in: Pfenninger and Staffell 2016, Staffell and REGISTER - RENEWABLES.NINJA Register. Please review our privacy policy before registering for a user account. We minimise the amount of data gathered and share no data with third parties. MORE YEARS, MORE PAPERS, MORE TURBINES More years, more papers, more turbines. Published: 11 Aug 2017. For the past few months, we have been running a closed beta test, offering four years of data. Thanks to all our users that took part in testing! Since this ran smoothly, we are happy to announce that as of today, the Ninja is able to serve 17 years of weather and renewables data API - RENEWABLES.NINJA Using token-based authentication. Your API token is displayed on your account page, where you can also generate a new random token in case your current token has been compromised. To use token-based authentication, all your requests must contain an authorization header of the following form: Authorization: Token .PYTHON EXAMPLE
This is an API access example using token-based authentication withPython.
RENEWABLES.NINJAHELPDOWNLOADSNEWSSIGN UPLOGINDOCUMENTATION Run simulations of hourly power output from wind and solar PV farms by clicking anywhere on the map, choosing your technology from the side menu, and hitting "Run". ABOUT - RENEWABLES.NINJASEE MORE ON RENEWABLES.NINJA NEWS - RENEWABLES.NINJA Today we release v1.3 of the Renewables.ninja dataset. All the wind, PV and weather simulations now run until the end of 2019. The custom point simulations and API now offer data from 2000 until 2019, giving you access to the most recent weather year.. The aggregated data packages available on the country interface now run from 1980 to 2019, giving forty years of data to work with.DOCUMENTATION
Documentation. We welcome your feedback and suggestions, e.g. for additional data that you would find useful, at contact@renewables.ninja. If you are interested in academic collaboration, contact us by email. For example, we can work with you to generate custom datasets. SCIENCE - RENEWABLES.NINJASEE MORE ON RENEWABLES.NINJA DATASETS - RENEWABLES.NINJA Columns. time: UTC time stamp giving the beginning of the time period (one hour by default).; local_time: Time stamp in the local timezone of the requested location (if local_time was requested).; output: mean power output averaged over the time period, in kW.; Corrected vs uncorrected data. Currently, data is corrected in Europe as described in: Pfenninger and Staffell 2016, Staffell and REGISTER - RENEWABLES.NINJA Register. Please review our privacy policy before registering for a user account. We minimise the amount of data gathered and share no data with third parties. MORE YEARS, MORE PAPERS, MORE TURBINES More years, more papers, more turbines. Published: 11 Aug 2017. For the past few months, we have been running a closed beta test, offering four years of data. Thanks to all our users that took part in testing! Since this ran smoothly, we are happy to announce that as of today, the Ninja is able to serve 17 years of weather and renewables data API - RENEWABLES.NINJA Using token-based authentication. Your API token is displayed on your account page, where you can also generate a new random token in case your current token has been compromised. To use token-based authentication, all your requests must contain an authorization header of the following form: Authorization: Token .PYTHON EXAMPLE
This is an API access example using token-based authentication withPython.
DOWNLOADS - RENEWABLES.NINJA Downloads. If you would like to download the dataset from a specific journal publication, please refer to the publication-specific datasets section below. The table below gives an overview of the most current Renewables.ninja pre-compiled datasets and available simulation model source code. Dataset/model. NEWS - RENEWABLES.NINJA We are working behind the scenes to get Renewables.ninja ready for its next major update. In the meantime, we are beginning to roll out improvements made in the course of this work. NINJA V1.3 - NEW DATA RELEASED TO END OF 2019 - RENEWABLES Ninja v1.3 - New data released to end of 2019. Published: 07 Apr 2020. Today we release v1.3 of the Renewables.ninja dataset. All the wind, PV and weather simulations now run until the end of 2019. The custom point simulations and API now offer data from 2000 until 2019, giving you access to the most recent weather year. The aggregated dataRAW WEATHER DATA
Today we are launching a new model for Renewables.ninja which delivers raw weather data, such as temperature, rainfall and cloud cover. This works in the same ways as the wind farm and solar PV simulations: you can download weather data for a specific location with our point-and-click map, or you can select ‘Country’ mode to downloadpre-made datasets.
RENEWABLES.NINJA NEWS FEED Today we release v1.3 of the Renewables.ninja dataset. All the wind, PV and weather simulations now run until the end of 2019. The custom point simulations and API now offer data from 2000 until 2019, giving you access to the most recent weather year.. The aggregated data packages available on the country interface now run from 1980 to 2019, giving forty years of data to work with. NEW NINJA DESIGN AND FEATURES When visiting the site you will now see two modes. “Points mode” is the familiar method of simulating an individual wind or solar farm. The interface options are the same as before, but with better options to search for a location and choose which year of data you download (more years of data will become available online later this summer).PYTHON EXAMPLE
This is an API access example using token-based authentication withPython.
NEW PAPERS ARE PUBLISHED New papers are published. Published: 21 Sep 2016. We are pleased to announce that the two peer-reviewed papers describing the Renewables.ninja models were published today in the journal Energy . These papers describe the underlying models that generate wind and solar time series data, demonstrate their validation across Europe,and then use
NEW R AND EXCEL INTERFACES New R and Excel interfaces. Published: 29 Mar 2018. We have been working on our documentation to reduce the learning curve for the Renewables.ninja API, and extend usability to people without a programming background. Since we enabled API keys for all users, it has been great to see a growing share of simulations being run throughthe API.
NEW API FORMAT AND MODEL UPGRADES GO LIVE New API format and model upgrades go live. Earlier last month we announced that the API format is going to change to make the ninja platform more consistent and easier to deal with. These changes have gone live today. If you use the maps on our the web interface then you won’t be affected by this, and can carry on working as you have donebefore.
RENEWABLES.NINJAHELPDOWNLOADSNEWSSIGN UPLOGINDOCUMENTATION Run simulations of hourly power output from wind and solar PV farms by clicking anywhere on the map, choosing your technology from the side menu, and hitting "Run". ABOUT - RENEWABLES.NINJASEE MORE ON RENEWABLES.NINJA NEWS - RENEWABLES.NINJA Today we release v1.3 of the Renewables.ninja dataset. All the wind, PV and weather simulations now run until the end of 2019. The custom point simulations and API now offer data from 2000 until 2019, giving you access to the most recent weather year.. The aggregated data packages available on the country interface now run from 1980 to 2019, giving forty years of data to work with.DOCUMENTATION
Documentation. We welcome your feedback and suggestions, e.g. for additional data that you would find useful, at contact@renewables.ninja. If you are interested in academic collaboration, contact us by email. For example, we can work with you to generate custom datasets. DOWNLOADS - RENEWABLES.NINJA Downloads. If you would like to download the dataset from a specific journal publication, please refer to the publication-specific datasets section below. The table below gives an overview of the most current Renewables.ninja pre-compiled datasets and available simulation model source code. Dataset/model. SCIENCE - RENEWABLES.NINJASEE MORE ON RENEWABLES.NINJA DATASETS - RENEWABLES.NINJA Columns. time: UTC time stamp giving the beginning of the time period (one hour by default).; local_time: Time stamp in the local timezone of the requested location (if local_time was requested).; output: mean power output averaged over the time period, in kW.; Corrected vs uncorrected data. Currently, data is corrected in Europe as described in: Pfenninger and Staffell 2016, Staffell and MORE YEARS, MORE PAPERS, MORE TURBINES More years, more papers, more turbines. Published: 11 Aug 2017. For the past few months, we have been running a closed beta test, offering four years of data. Thanks to all our users that took part in testing! Since this ran smoothly, we are happy to announce that as of today, the Ninja is able to serve 17 years of weather and renewables dataRAW WEATHER DATA
Today we are launching a new model for Renewables.ninja which delivers raw weather data, such as temperature, rainfall and cloud cover. This works in the same ways as the wind farm and solar PV simulations: you can download weather data for a specific location with our point-and-click map, or you can select ‘Country’ mode to downloadpre-made datasets.
API - RENEWABLES.NINJA Using token-based authentication. Your API token is displayed on your account page, where you can also generate a new random token in case your current token has been compromised. To use token-based authentication, all your requests must contain an authorization header of the following form: Authorization: Token . RENEWABLES.NINJAHELPDOWNLOADSNEWSSIGN UPLOGINDOCUMENTATION Run simulations of hourly power output from wind and solar PV farms by clicking anywhere on the map, choosing your technology from the side menu, and hitting "Run". ABOUT - RENEWABLES.NINJASEE MORE ON RENEWABLES.NINJA NEWS - RENEWABLES.NINJA Today we release v1.3 of the Renewables.ninja dataset. All the wind, PV and weather simulations now run until the end of 2019. The custom point simulations and API now offer data from 2000 until 2019, giving you access to the most recent weather year.. The aggregated data packages available on the country interface now run from 1980 to 2019, giving forty years of data to work with.DOCUMENTATION
Documentation. We welcome your feedback and suggestions, e.g. for additional data that you would find useful, at contact@renewables.ninja. If you are interested in academic collaboration, contact us by email. For example, we can work with you to generate custom datasets. DOWNLOADS - RENEWABLES.NINJA Downloads. If you would like to download the dataset from a specific journal publication, please refer to the publication-specific datasets section below. The table below gives an overview of the most current Renewables.ninja pre-compiled datasets and available simulation model source code. Dataset/model. SCIENCE - RENEWABLES.NINJASEE MORE ON RENEWABLES.NINJA DATASETS - RENEWABLES.NINJA Columns. time: UTC time stamp giving the beginning of the time period (one hour by default).; local_time: Time stamp in the local timezone of the requested location (if local_time was requested).; output: mean power output averaged over the time period, in kW.; Corrected vs uncorrected data. Currently, data is corrected in Europe as described in: Pfenninger and Staffell 2016, Staffell and MORE YEARS, MORE PAPERS, MORE TURBINES More years, more papers, more turbines. Published: 11 Aug 2017. For the past few months, we have been running a closed beta test, offering four years of data. Thanks to all our users that took part in testing! Since this ran smoothly, we are happy to announce that as of today, the Ninja is able to serve 17 years of weather and renewables dataRAW WEATHER DATA
Today we are launching a new model for Renewables.ninja which delivers raw weather data, such as temperature, rainfall and cloud cover. This works in the same ways as the wind farm and solar PV simulations: you can download weather data for a specific location with our point-and-click map, or you can select ‘Country’ mode to downloadpre-made datasets.
API - RENEWABLES.NINJA Using token-based authentication. Your API token is displayed on your account page, where you can also generate a new random token in case your current token has been compromised. To use token-based authentication, all your requests must contain an authorization header of the following form: Authorization: Token . NEWS - RENEWABLES.NINJA Today we release v1.3 of the Renewables.ninja dataset. All the wind, PV and weather simulations now run until the end of 2019. The custom point simulations and API now offer data from 2000 until 2019, giving you access to the most recent weather year.. The aggregated data packages available on the country interface now run from 1980 to 2019, giving forty years of data to work with.RAW WEATHER DATA
Today we are launching a new model for Renewables.ninja which delivers raw weather data, such as temperature, rainfall and cloud cover. This works in the same ways as the wind farm and solar PV simulations: you can download weather data for a specific location with our point-and-click map, or you can select ‘Country’ mode to downloadpre-made datasets.
RENEWABLES.NINJA NEWS FEED Today we release v1.3 of the Renewables.ninja dataset. All the wind, PV and weather simulations now run until the end of 2019. The custom point simulations and API now offer data from 2000 until 2019, giving you access to the most recent weather year.. The aggregated data packages available on the country interface now run from 1980 to 2019, giving forty years of data to work with. NINJA V1.3 - NEW DATA RELEASED TO END OF 2019 - RENEWABLES Today we release v1.3 of the Renewables.ninja dataset. All the wind, PV and weather simulations now run until the end of 2019. The custom point simulations and API now offer data from 2000 until 2019, giving you access to the most recent weather year.. The aggregated data packages available on the country interface now run from 1980 to 2019, giving forty years of data to work with. NEW NINJA DESIGN AND FEATURES When visiting the site you will now see two modes. “Points mode” is the familiar method of simulating an individual wind or solar farm. The interface options are the same as before, but with better options to search for a location and choose which year of data you download (more years of data will become available online later this summer). NEW PAPERS ARE PUBLISHED New papers are published. Published: 21 Sep 2016. We are pleased to announce that the two peer-reviewed papers describing the Renewables.ninja models were published today in the journal Energy . These papers describe the underlying models that generate wind and solar time series data, demonstrate their validation across Europe,and then use
PYTHON EXAMPLE
This is an API access example using token-based authentication withPython.
NEW R AND EXCEL INTERFACES New R and Excel interfaces. Published: 29 Mar 2018. We have been working on our documentation to reduce the learning curve for the Renewables.ninja API, and extend usability to people without a programming background. Since we enabled API keys for all users, it has been great to see a growing share of simulations being run throughthe API.
NEW API FORMAT AND MODEL UPGRADES GO LIVE New API format and model upgrades go live. Earlier last month we announced that the API format is going to change to make the ninja platform more consistent and easier to deal with. These changes have gone live today. If you use the maps on our the web interface then you won’t be affected by this, and can carry on working as you have donebefore.
APOLOGIES FOR DOWNTIME We apologise for the downtime over Easter weekend. Our host suffered technical problems in their Frankfurt datacenter, causing intermittent issues throughout the 1st and 2nd of April. Toggle navigation Renewables.ninja* Help
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WELCOME TO RENEWABLES.NINJA Run simulations of hourly power output from wind and solar PV farms by clicking anywhere on the map, choosing your technology from the side menu, and hitting "Run". You can also download ready-made datasets by clicking "Country" on the sidebar, or from our downloadspage.
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