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A dedicated charge-control architecture engineered around the input characteristics of perovskite solar cells — covering everything from raw cell input to protected, monitored, logged output.
The block diagram below shows how the eight core capabilities relate: a main flow from solar-cell input through the controlled charging stage to the battery or test platform, with monitoring, parameters, protection, logging and communication layered around the core controller.
Functional block diagram — illustrative of control architecture, not a wiring or circuit-level schematic.
Accepts the raw electrical output of the perovskite solar cell as the controller's input stage.
Manages the charging profile applied to the connected battery or load, tuned to the cell's characteristics.
Continuously tracks voltage and current through the charging path to inform control decisions.
Operating thresholds and behaviour can be configured for the specific deployment or test scenario.
Guards the charging path and connected load against fault conditions.
Captures operational data over time for analysis, diagnostics or reporting.
Provides a way to observe status and exchange data with an external system.
Adapts the controller's output stage to the specific battery chemistry or test rig in use.
Generic solar charge controllers are designed around the electrical behaviour of conventional silicon cells. Avimukt's controller is engineered specifically around perovskite solar-cell input characteristics, so the charging stage, monitoring thresholds and protection logic are matched to the cell technology it serves.
Because operating parameters are programmable and the platform supports digital communication, the same core controller can be configured across research bench setups, prototype platforms and fielded systems.
Exact voltage/current ratings, dimensions, connector types and environmental ratings will be published here once finalised by Avimukt’s engineering team.
Talk to our engineering team about your battery chemistry, cell configuration or test-platform requirements.