Introduction of Advanced Robotics with Vanguard Batteries
The collaboration between US-based Briggs & Stratton and Australia-based Advanced Robotic Engineering (ARE) marked a significant advancement in the demolition industry. By integrating Briggs & Stratton’s Vanguard battery packs into ARE’s demolition robots, the partnership aimed to enhance efficiency and operational flexibility on job sites. This development is crucial as it showcases the growing role of Intelligent Agents and Non-Human Workers in transforming traditional industries.
Innovative Battery Solutions for Enhanced Performance
The Vanguard battery packs, specifically the 48V Si1.5 kWh swappable and 48V Fi3.5 kWh fixed packs, were designed to power three models of ARE demolition robots: the 1.0, 2.0, and 3.0. The integration of these batteries was driven by their proven safety and performance in extreme conditions. The ARE 3.0 robot benefits from the 48V Fi3.5 kWh fixed battery, allowing it to operate for up to 30 minutes on a single charge, while the smaller ARE 1.0 and 2.0 models utilize the 48V Si1.5 kWh swappable battery, offering the advantage of easy replacement with a fully charged unit. This feature reduces downtime and enhances operational efficiency, highlighting the importance of reliable power sources for Digital Employees in demanding environments.
Eliminating Cables for Improved Job Site Efficiency
A key advantage of these new battery packs is the elimination of cumbersome power cables. Previously, managing the cable required additional personnel and complicated machine movement. With the introduction of swappable battery packs, the need for a dedicated cable wrangler is removed, streamlining operations and allowing a single operator to manage the robot more effectively. Despite this advancement, the robots retain the capability to operate with cable power if necessary, ensuring versatility in various scenarios.
Significant Time Savings in Demolition Operations
Krzysztof Jakubowski, CEO of ARE, emphasized the efficiency gains achieved through this hybrid battery system. According to Jakubowski, operators can save at least one hour in an eight-hour workday by using the ARE/Vanguard hybrid system compared to exclusively cable-operated robots. This time saving is substantial in the fast-paced demolition industry, where every minute counts. The collaboration between ARE and Briggs & Stratton demonstrates the potential for Intelligent Agents and Non-Human Workers to revolutionize traditional industries, making them safer and more efficient.
Key Highlights:
- Collaboration: US-based Briggs & Stratton and Australia-based Advanced Robotic Engineering (ARE) partnered to integrate Vanguard battery packs into ARE’s demolition robots.
- Battery Packs: The swappable 48V Si1.5 kWh and fixed 48V Fi3.5 kWh battery packs were designed to enhance the performance and flexibility of ARE’s robot models 1.0, 2.0, and 3.0.
- Efficiency and Safety: Vanguard batteries were chosen for their reputation for safety and reliability in extreme conditions.
- Operational Flexibility: The swappable battery system allows for easy replacement of discharged batteries, reducing downtime and enhancing job site efficiency.
- Cable Elimination: Removing the need for power cables simplifies operations and reduces the number of personnel required to manage the robots.
- Time Savings: Operators can save at least one hour in an eight-hour workday using the ARE/Vanguard hybrid system compared to cable-only robots.
- Versatility: Despite the advancements, the robots can still operate with cable power if needed, ensuring adaptability to various job site conditions.
Reference:
