Households with solar panels and batteries often lack the tools to optimize energy consumption, leading to higher electricity bills and underutilization of renewable energy assets. Existing grid infrastructure struggles to integrate distributed energy resources effectively, hindering the transition to a fully decarbonized energy system.

Decent Energy offers an AI-driven software platform that aggregates and optimizes small-scale batteries and solar inverters into virtual power plants (VPPs). The platform intelligently shifts energy usage to periods when it is cheapest and greenest, reducing household electricity bills by an average of 25%. By connecting decentralized energy assets into dynamic smart grids, Decent Energy enables energy providers to maximize the utilization of renewable energy sources and enhance grid stability. The platform's simulations demonstrate potential savings of up to 35% for users with partial electric heat and 18% for partial load shifters.

AI-powered optimization algorithms for real-time energy load shifting based on price and carbon intensity signals

Aggregation of household batteries and solar inverters into virtual power plants

Integration with grid infrastructure for enhanced renewable energy utilization and grid stability

User-friendly interface for monitoring energy consumption and cost savings

Compatibility with a wide range of battery and solar inverter brands

Secure and encrypted data transmission and storage

The primary target audience includes residential households with solar panels and battery storage systems seeking to reduce energy costs and carbon emissions, as well as energy providers looking to integrate decentralized energy resources into grid operations.

Decent Energy generates revenue through software subscriptions and a percentage of the energy cost savings achieved by users.