Horizoncan

Horizoncan is a term used in energy storage to describe a modular, horizon-aware containerized battery system designed for microgrids and industrial facilities. The concept combines modular energy storage canisters, referred to as cans, with an intelligent forecasting and control platform that optimizes charging and discharging over a 24 to 72-hour horizon.

Hardware components of a horizoncan system typically include sealed battery modules housed in standardized cans, a bidirectional inverter, thermal management, and a plug-and-play enclosure. The cans are designed for easy transport, hot-swapping, and scalable expansion by adding more units to increase capacity or power output. The architecture supports integration with local renewables, such as solar and wind, and can be configured for various voltage and grid connection standards.

Software and control are central to horizoncan’s value. The integrated management platform uses machine learning and deterministic optimization to forecast demand, solar and wind generation, and market signals. It schedules charging and discharging accordingly, coordinates with grid services, and provides real-time monitoring, safety alerts, and remote diagnostics. The horizon-based approach aims to improve reliability and reduce peak demand while stabilizing ancillary services.

Applications and deployment scenarios include campus microgrids, remote industrial sites, commercial buildings, and utility-scale projects where fast response and predictable energy planning are advantageous. The concept emphasizes standardization, modularity, and forecast-driven optimization to lower total cost of ownership.

See also energy storage, microgrid, demand response, and grid modernization.