Cost: No Paying for Unused Performance
Home energy storage is cost-sensitive. SBC2332 cuts redundant interfaces and high-performance peripherals rarely used in this scenario, keeping typical power consumption below 2W with fanless passive cooling. This translates directly into lower BOM cost and better price competitiveness—without sacrificing BMS communication, PCS control, local display, or remote maintenance.
I/O: Exactly What Residential Storage Needs
The communication topology is simple but demanding. SBC2332 provides:
The goal is not “more interfaces” but the right types and quantities for home energy storage.
Size: A Stealth Presence
With an enclosure, SBC2332 occupies only about 113.2 × 76.4 × 30.9 mm—easy to embed in compact storage cabinets. Fanless design eliminates airflow requirements, dust intake, and mechanical wear. An optional titanium-gold aluminum enclosure is available for a finished, high-quality look.
Industrial-Grade Reliability
Home storage systems are installed in garages, balconies, and outdoor cabinets. SBC2332 meets the challenge:
With a design life of 10+ years, this reliability directly reduces long-term O&M costs. The T113-i’s ARM + RISC-V architecture allows real-time I/O control and Linux-based communication to run in parallel without an extra MCU.
Expansion and Display: Ready for the Future
Software Ecosystem: A Ready Foundation
SBC2332 comes preinstalled with Ubuntu 20.04 and Linux 5.4, with a complete BSP driver library and SDK. It supports OpenPLC, Node-RED, Python, QuickConfig, BLRAT remote access, and EdgeCoder WebIDE with AI-assisted programming. Protocol acquisition, edge computing, remote maintenance, and local HMI all run on one mature software base.
Conclusion: Just Right Is the Most Suitable
Residential energy storage does not need an “all-round” mainboard for industrial servers or AI edge computing. It needs a board with just the right interfaces, power, size, and cost—every configuration matching a real need.
SBC2332 delivers exactly that: 2× RS485 + 1× CAN for BMS and PCS, 2DI/2DO for auxiliary control, dual Ethernet for local and remote communication, MiniPCIe for networking expansion, LVDS/MIPI display for low-cost HMI, and industrial-grade design for 10+ years of reliable operation.
For residential energy storage EMS gateways, SBC2332 is the “just right” choice.
