The H&S (Harvesting and Storage) electronics is a distributed system of devices designed for the collection and storage of energy, primarily from specially configured photovoltaic cells. The collected energy is stored in battery packs, customized according to the host system.

The H&S electronics includes a range of functions that can be tailored based on the application, system power, and required capacity. The main functions include harvesting regulators, charging regulators, supervision (SOH) and control (SOC), and management of utilities such as motor control, inverters, thermal exchangers, and load regulators.

The main components of an H&S system are the MPPT modules, BMSS-BC modules, and BMSM/EMSM modules, each equipped with the necessary software for the integrated management of the entire system. In some cases, the BMSM/EMSM modules directly manage user services, while in other cases, utilities communicate with these modules to obtain the energy required for their operation. Additionally, the system can include Wi-Fi and/or Bluetooth connections and a temperature control system using a heat pump.

The featured image shows the typical configuration of the H&S system. The controllable utilities include all compatible loads in terms of voltage and current, offering a versatile and efficient solution for energy management.