Choose your region and language

Go

Menu

Nostradamus AI Energy Forecasting Software

Description

Nostradamus AI is a cloud-based solution that enables you to confidently make better decisions by quickly generating accurate forecasts for solar and wind generation, market pricing, load, and more. This revolutionary tool empowers you to gain more understanding and control over your increasing influx of energy data to optimize your systems and operations.

 

Key Benefits
  • More accurate
  • Easy integration
  • Multiple models
  • Scalable

Description

The Nostradamus AI energy forecasting solution is transforming the industry.

The energy landscape is changing, bringing with it overwhelming amounts of data and more challenges than ever. Where energy forecasting used to require manual analyses of data that yielded incomplete and inaccurate predictions, Nostradamus AI leverages various forecasting models, complex data sets, and the power of AI to generate more accurate energy forecasts.

As a result, your organization can:
 

  • Maximize profits and minimize risks on trades and transactions
  • Increase asset portfolio optimization such as power generation
  • Ensure grid reliability
  • Generate thousands of forecasts in minutes

Benefits

Increased Accuracy, Flexibility, and Interpretability
The combined power of automation and machine learning yields more accurate and reliable forecasts.

Nostradamus AI includes pre-tuned “pipelines” with configurable parameters, giving you the flexibility to decide what conditions your algorithms should account for.

Interpretability has always been a challenge in forecasting, so Nostradamus AI provides you with more context about parameter tuning and training/testing performance. That way, you can better interpret your results and make the right decisions for your organization.


Seamless Integration with Hitachi Energy Products and Other Applications
Nostradamus AI is designed to easily integrate with other systems that require forecasting capabilities. Whether you choose to embed it in your own systems or within our Energy Portfolio Management solutions, our energy forecasting solution will help you run day-to-day operations.

Multiple Energy Forecasting Models in One Automated Solution
Nostradamus AI is algorithm-agnostic, so you can train and test numerous algorithms. This ensures you get the most in-depth, reliable predictions in one tool. Test as many algorithms as you want in order to maximize efficiency as you discover which models to deploy for different use cases.

Easy to Use Even with Limited AI Knowledge
Rather than conducting and analyzing algorithms in a hard-to-navigate spreadsheet, Nostradamus AI offers a sleeker, user-intuitive interface in addition to a simple forecast wizard that walks you through a 5 step process to build your own forecasts.

Scalable
Nostradamus AI is a cloud-based energy forecasting solution, meaning it can easily scale along with your growing needs in the evolving energy landscape. 

Features

  • Pre-tuned, automated machine learning pipelines that combine Hitachi Energy’s domain expertise with data science best practices
  • Highly transparent with all pre-tuned parameters visibly reported and easily adjusted
  • Easy-to-follow wizard to help load data, train models, review results, and generate forecasts
  • Algorithm-agnostic to leverage many of the best machine learning algorithms, providing you more control over accuracy, interpretability, and speed
  • Easily integrated to upstream data sources or to downstream systems via API
  • Easily scalable to queue operations and generate anywhere from one forecast to hundreds of thousands in the required time
  • Built by experts in energy markets, energy assets, and data science to thoroughly build and test pipelines allowing for rapid development and maximum accuracy
  • Visualization for the entire process allowing for easy interpretability and reporting of input data and output forecasts
  • Specifically built for the energy industry to allow for flexible forecast horizons, data granularity, and manual forecast adjustments with shaping or scaling