RoboKraft provides low‑voltage LiFePO₄ battery systems and fire‑rated storage containers for safe, cost‑effective on‑site solar energy storage ranging from household to 250 kWh farm installations. It also builds battery‑electric autonomous robots with camera‑based AI for mowing, harvesting, and precision pest control, especially in vineyards and orchards, enabling farmers to combine renewable power with automated field work.
Funding
Funding not disclosed
Founders
Product
Problem
Farmers and agricultural businesses often rely on grid electricity or high‑voltage battery systems that are expensive, unsafe, or difficult to integrate with on‑site renewable generation. Additionally, labor‑intensive tasks such as mowing, harvesting, and pest control lack affordable, autonomous solutions, limiting efficiency and scalability.
Solution
RoboKraft offers a combined hardware platform that addresses both energy storage and field automation. The company designs low‑voltage (48/51 V) LiFePO₄ battery modules and fire‑rated storage containers, enabling safe, cost‑effective storage of solar PV output for households, farms, and commercial sites up to 250 kWh. Integrated DC‑DC chargers and inverter solutions allow seamless connection to existing PV systems and provide peak‑shaving capabilities. In parallel, RoboKraft develops battery‑electric, autonomous robots equipped with camera‑based perception and AI for tasks such as mowing, harvesting, and targeted pest control, particularly in viticulture and orchards. By pairing on‑site renewable energy with mobile robotic workforces, the platform reduces reliance on external power and manual labor while improving operational efficiency.
Target Audience
Primary customers are agricultural producers (farmers, vineyards, orchards) and renewable‑energy installers seeking safe, on‑site battery storage and autonomous field equipment.
Features
- Modular LiFePO₄ battery packs (10 kWh to 250 kWh) operating at 48/51 V for safe low‑voltage storage
- Fire‑rated (EI90) enclosure with active cooling/heating for large‑capacity installations
- Integrated DC‑DC charging stations and DEYE/VICTRON hybrid inverters for grid‑tie and peak‑shaving
- Battery‑electric autonomous field robots with camera vision and AI for mowing, harvesting, and precision pest control
- Mobile robot power system compatible with the same low‑voltage battery modules used for stationary storage
- Scalable product line from household (≤20 kWh) to commercial farm installations