ENERGY CELLULAR GRIDS
Cellular grids bring together prosumers interested in participating in a connected community (including eco-suburbs) and pave the way for peer-to-peer electricity transactions.
In this article, we will discuss how to integrate over time the potentials of the multi-faceted sources of flexibility existing within a community, while promoting local and shared economic models.
THE ECONOMICS OF BATTERIES
Energy storage is a hot topic these days. Stationary batteries are being added to buildings, microgrids, and combined with solar PV systems for instance.
In this article, we will discuss whether they are economically viable today and explore different energy management strategies to optimize performance and the return on investment.
DATA VS INFORMATION
What is ‘information’ and what is its relationship to the ‘data’? Both terms are frequently confused and understanding the difference is key for any AI applications.
In this article, we revisit those basic concepts, which touch upon the very essence of BeeBryte’s expertise in developing and implementing its energy intelligence & automation solutions.
INTRODUCTION TO CRYPTOGRAPHY
Blockchain is today in the spotlight of many discussions, articles, interviews and books. Deeply related to blockchain, and basically at its heart, the vast and fascinating field of cryptography is used everywhere, and has been an integral part of BeeBryte’s energy intelligence & automation solution since its inception.
This article intends to give you a first flavor of this science of secrecy underpinning our secured systems, and paving the way to the buzzy Blockchain.
INTRODUCTION TO MACHINE LEARNING
Machine Learning is a particular field from the wide range of solutions grouped under the generic name of artificial intelligence, as well as expert systems and many optimization techniques. It is usually subdivided into three subdomains: Supervised Learning, Unsupervised Learning, and Reinforcement Learning.
In this article, we will focus on the study of Supervised Learning, which consists in designing a mathematical autonomous model.