{"id":8403,"date":"2026-05-21T11:15:30","date_gmt":"2026-05-21T11:15:30","guid":{"rendered":"https:\/\/apps.list.solar\/tools\/powerledger\/"},"modified":"2026-05-21T11:15:30","modified_gmt":"2026-05-21T11:15:30","slug":"powerledger","status":"publish","type":"product","link":"https:\/\/apps.list.solar\/ja\/tools\/powerledger\/","title":{"rendered":"Powerledger"},"content":{"rendered":"

Powerledger is used after solar or distributed energy systems are already in place. It handles how electricity is tracked and exchanged between different parties inside a network. Most deployments sit in utility environments, microgrids, or pilot programs testing energy trading models. It is not a design or engineering tool. It operates in the background layer where energy data, transactions, and settlements are recorded and verified.<\/p>\n

What is Powerledger?<\/h2>\n

Powerledger is a system that tracks and manages electricity trading between different users on a shared network. It records where energy comes from, where it goes, and how it is settled. It is mainly used in projects where energy is generated in many small locations instead of one central plant.<\/p>\n

Features<\/h2>\n

\"Powerledger<\/p>\n

Here are some of the key features that support energy trading and management across distributed systems.<\/p>\n

Energy trading between users<\/h3>\n

Electricity can be sold directly between people or organizations inside the same system. For example, a solar user with excess energy can transfer it to another user nearby instead of sending everything back to the main grid. The pricing can be fixed or adjusted depending on the setup.<\/p>\n

Blockchain transaction tracking<\/h3>\n

Each transaction is logged on a distributed ledger. The emphasis here is on traceability. Every unit of energy that moves through the system is recorded on a blockchain ledger.<\/p>\n

Renewable tracking tools<\/h3>\n

The platform can link electricity generation to renewable certificates. This is used when companies need to show that their energy use comes from clean sources.<\/p>\n

Virtual power plant (VPP) capability<\/h3>\n

Powerledger aggregates distributed assets such as solar systems and batteries. It also enables coordinated dispatch and participation in grid services.<\/p>\n

Microgrid operation<\/h3>\n

In smaller, self-contained grids such as campuses or industrial zones, Powerledger helps manage internal energy flow. Energy can be generated, stored, and traded within the same network without relying entirely on external utilities.<\/p>\n

Energy data tracking<\/h3>\n

The platform records generation, consumption, and trading activity in structured form. This data is used for reporting, system monitoring, and operational insights rather than visual dashboards.<\/p>\n

Carbon and sustainability tracking<\/h3>\n

Some deployments include carbon credit or emissions tracking. It is mainly used in projects where sustainability reporting is part of the requirement.<\/p>\n

Screenshots<\/h2>\n\n\t\t\t