Power failures in scissor lifts during critical operations can cause project delays and create safety hazards. Proper battery selection and maintenance are essential to ensure aerial platforms maintain consistent power for optimal performance and safety.

Choosing the correct battery is fundamental for efficient aerial platform operation. When replacing batteries, operators should always consult the manufacturer's specifications. While most lifts use 6V or 12V batteries, not all batteries meet the power requirements of specific equipment. The platform's size, lifting capacity, and intended applications determine the necessary battery specifications.

For example:

• JLG ES-series and R-series scissor lifts utilize 24V systems requiring four 6V batteries with minimum 220 amp-hour ratings.
• JLG LE-series scissor lifts operate on 48V systems needing eight 6V batteries with minimum 370 amp-hour capacity.

Regular maintenance significantly extends battery lifespan while reducing operational costs. Key practices include:

• Monitoring and replenishing electrolyte levels with distilled water to prevent plate sulfation
• Performing equalization charges to balance voltage across battery cells
• Inspecting and cleaning terminals to prevent corrosion and ensure proper connections
• Utilizing opportunity charging during work breaks to maintain optimal charge levels

Modern deep-cycle batteries feature specialized formulations that deliver:

• Higher initial capacity for immediate power demands
• Faster cycle recovery times between uses
• Improved recharge efficiency and energy absorption
• Greater total energy output throughout the battery's service life

Proper safety protocols are essential when working with aerial platform batteries:

• Wear appropriate protective equipment including gloves and eye protection
• Ensure adequate ventilation during charging operations
• Keep batteries away from ignition sources and open flames
• Follow proper disposal procedures for spent batteries

The aerial work platform industry continues to see advancements in battery technology, with manufacturers developing more efficient and environmentally sustainable solutions. These innovations aim to improve equipment performance while reducing environmental impact.