Abstract Internet of Things (IoT) technologies have attracted enormous attention from
academics and industries, and one of the most representative application is the smart grid …

Along with the development in the Internet of Things technology and smart city, a distributed
network has been formed among cities. This makes it easy to integrate distributed electric …

Smart grid (SG) provides a peer-to-peer energy trading mechanism wherein the electric
vehicles (EVs) can trade for energy with their peers using the information and …

Nowadays, with the diversification and decentralization of energy systems, the energy
Internet makes it possible to interconnect distributed energy sources and consumers. In the …

The large-scale integration of distributed energy resources has resulted in surgical changes
in energy trading systems. Traditional centralized trading systems suffer from high …

With the rapid development in society of the economy and of computational technologies, it
is particularly important to build a secure, efficient and reliable smart grid architecture to …

The amalgamation of information and communication technologies in power industry has
led to a revolution known as smart grid (SG). The energy consumers interact with the power …

With the development of science and technology, human beings cannot live without
electricity. The introduction of smart grid systems brings new ideas to break the shackle of …

As the smart grid develops rapidly, abundant connected devices offer various trading data.
This raises higher requirements for secure and effective data storage. Traditional centralized …

There are a series of challenges in microgrid transactions, and blockchain technology holds
the promise of addressing these challenges. However, with the increasing number of users …