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Concept
On September 25 to 27, during the Global Wind Summit InnoEnergy and WindEurope will host Hack the Wind 2018 - the second edition of the hugely successful Hack the Wind hackathon.
This year taking place at the Hamburg Messe, during the Global Wind Summit. Hack the Wind is dedicated to moving the wind energy industry forward and as such is inviting designers, developers, data scientists and -analysts, blockchain developers, and wind energy experts to work with some of the biggest names in the industry to create solutions for the proposed challenges.
Like last year we are partnering up with some of the industry leaders to make sure you have what you’ll need to create the solutions that we are looking for. For this event we will provide you with:
EDPR
Sensor data from wind turbines consisting of data from 4 different elements
Siemens Gamesa
Data sets (Time series data for production, consumption, energy prices, etc.).
Siemens Gamesa
Ethereum Network, Ethereum Client for smart contract development, Client for Front End.
Data from the sensors of the wind turbines and a list of detected damages will be provided in order to train and create your models. Finally your models will be evaluated based on the detections found on other period of time.
The components to be monitored will be:
Gearbox
Generator
Transformer
Hydraulic system
The teams will be challenged to develop a global solution for this problem, not only focusing on prediction capabilities: the approach and focus given to each component, the UI/UX of the proposed solution and the way you present your idea are equally important!
Data from the sensors of the wind turbines and a list of detected damages will be provided in order to train and create your models. Finally your models will be evaluated based on the detections found on other period of time.
The components to be monitored will be:
Gearbox
Generator
Transformer
Hydraulic system
The teams will be challenged to develop a global solution for this problem, not only focusing on prediction capabilities: the approach and focus given to each component, the UI/UX of the proposed solution and the way you present your idea are equally important!
Data from the sensors of the wind turbines and a list of detected damages will be provided in order to train and create your models. Finally your models will be evaluated based on the detections found on other period of time.
The components to be monitored will be:
Gearbox
Generator
Transformer
Hydraulic system
The teams will be challenged to develop a global solution for this problem, not only focusing on prediction capabilities: the approach and focus given to each component, the UI/UX of the proposed solution and the way you present your idea are equally important!
Data from the sensors of the wind turbines and a list of detected damages will be provided in order to train and create your models. Finally your models will be evaluated based on the detections found on other period of time.
The components to be monitored will be:
Gearbox
Generator
Transformer
Hydraulic system
The teams will be challenged to develop a global solution for this problem, not only focusing on prediction capabilities: the approach and focus given to each component, the UI/UX of the proposed solution and the way you present your idea are equally important!
Data from the sensors of the wind turbines and a list of detected damages will be provided in order to train and create your models. Finally your models will be evaluated based on the detections found on other period of time.
The components to be monitored will be:
Gearbox
Generator
Transformer
Hydraulic system
The teams will be challenged to develop a global solution for this problem, not only focusing on prediction capabilities: the approach and focus given to each component, the UI/UX of the proposed solution and the way you present your idea are equally important!
Can Blockchain help to manage and optimize a Microgrid?
This challenge is about using Blockchain technology in Microgrid environment as we can currently see it in the Hamburg Harbour area, with Wind Turbines, Industrial Customers and the Electro Thermal Energy Storage (ETES) facility. The Objective is to demonstrate the value of such a solution.
The Energy System is in a transition from a centralized system with major power plants collocated to major industrial customers to a decentralized and complex system of volatile
production plants and prosumers. The complexity of trading, balancing & settlement is overwhelming today's centralized energy management systems and various market roles.
Blockchain Technology could help to set-up a new Decentralized Energy System to manage & optimize it in a smart and efficient way.
Available data and tech consists of: Data sets (Time series data for production, consumption, energy prices, etc.), Ethereum Network, Ethereum Client for smart contract development, Client for Front End.
Can Blockchain help to manage and optimize a Microgrid?
This challenge is about using Blockchain technology in Microgrid environment as we can currently see it in the Hamburg Harbour area, with Wind Turbines, Industrial Customers and the Electro Thermal Energy Storage (ETES) facility. The Objective is to demonstrate the value of such a solution.
The Energy System is in a transition from a centralized system with major power plants collocated to major industrial customers to a decentralized and complex system of volatile
production plants and prosumers. The complexity of trading, balancing & settlement is overwhelming today's centralized energy management systems and various market roles.
Blockchain Technology could help to set-up a new Decentralized Energy System to manage & optimize it in a smart and efficient way.
Available data and tech consists of: Data sets (Time series data for production, consumption, energy prices, etc.), Ethereum Network, Ethereum Client for smart contract development, Client for Front End.
Can Blockchain help to manage and optimize a Microgrid?
This challenge is about using Blockchain technology in Microgrid environment as we can currently see it in the Hamburg Harbour area, with Wind Turbines, Industrial Customers and the currently build Electro Thermal Energy Storage (ETES) facility. The Objective is to demonstrate the value of such a solution.
The Energy System is in a transition from a centralized system with major power plants collocated to major industrial customers to a decentralized and complex system of volatile
production plants and prosumers. The complexity of trading, balancing & settlement is overwhelming today's centralized energy management systems and various market roles.
Blockchain Technology could help to set-up a new Decentralized Energy System to manage & optimize it in a smart and efficient way.
Available data and tech consists of: Data sets (Time series data for production, consumption, energy prices, etc.), Ethereum Network, Ethereum Client for smart contract development, Client for Front End.
Can Blockchain help to manage and optimize a Microgrid?
This challenge is about using Blockchain technology in Microgrid environment as we can currently see it in the Hamburg Harbour area, with Wind Turbines, Industrial Customers and the currently build Electro Thermal Energy Storage (ETES) facility. The Objective is to demonstrate the value of such a solution.
The Energy System is in a transition from a centralized system with major power plants collocated to major industrial customers to a decentralized and complex system of volatile
production plants and prosumers. The complexity of trading, balancing & settlement is overwhelming today's centralized energy management systems and various market roles.
Blockchain Technology could help to set-up a new Decentralized Energy System to manage & optimize it in a smart and efficient way.
Available data and tech consists of: Data sets (Time series data for production, consumption, energy prices, etc.), Ethereum Network, Ethereum Client for smart contract development, Client for Front End.
Can Blockchain help to manage and optimize a Microgrid?
This challenge is about using Blockchain technology in Microgrid environment as we can currently see it in the Hamburg Harbour area, with Wind Turbines, Industrial Customers and the currently build Electro Thermal Energy Storage (ETES) facility. The Objective is to demonstrate the value of such a solution.
The Energy System is in a transition from a centralized system with major power plants collocated to major industrial customers to a decentralized and complex system of volatile
production plants and prosumers. The complexity of trading, balancing & settlement is overwhelming today's centralized energy management systems and various market roles.
Blockchain Technology could help to set-up a new Decentralized Energy System to manage & optimize it in a smart and efficient way.
Available data and tech consists of: Data sets (Time series data for production, consumption, energy prices, etc.), Ethereum Network, Ethereum Client for smart contract development, Client for Front End.
