JV EQUIPMENT | ENERGY SOLUTIONS
FORKLIFT FLEET POWER STUDY
Understand your fleet’s energy demands and find the right battery and charging solutions for your operation.
FROM BATTERY DATA TO
BETTER DECISIONS.
A Power Study helps evaluate how your equipment uses energy throughout the workday. From understanding your operation to comparing battery and charging solutions, explore the five stages of the process.
Understand Your Operation
The process begins with understanding your fleet, equipment types, work shifts, and charging schedules. These details establish how your operation uses power throughout the day.
UNDERSTANDING
YOUR BATTERY.
Understanding your battery is an important part of evaluating your equipment's power requirements. Explore the highlighted components below to learn more about the battery and its monitoring systems.
Water Monitor
Water monitoring helps identify battery watering needs as part of routine battery maintenance.
Heat
Battery temperature is an important operating condition to consider when evaluating battery performance.
Wi-iQ® Monitor
The EnerSys Wi-iQ® monitoring device collects battery operating data that can help evaluate energy usage and battery performance.
Positive (+)
The red cable identifies the positive battery connection.
Negative (−)
The black cable identifies the negative battery connection.
Battery monitoring and operating data help provide a clearer picture of equipment energy requirements during a Power Study.
FROM UNCERTAINTY
TO INSIGHT.
Choosing the right battery and charging solution starts with understanding your operation. A Power Study helps turn questions about energy requirements, charging schedules, and operating costs into useful information for planning.
BEFORE
Unclear Battery Requirements
Limited understanding of the power your equipment needs during daily operations.
Limited Charging Visibility
Uncertainty about when and how batteries are charged throughout the workday.
Uncertain Ownership Costs
Difficulty comparing the potential long-term costs of different power options.
Decisions Based on Assumptions
Battery and charger choices made without a detailed evaluation of operating needs.
AFTER
Evaluated Power Requirements
A clearer understanding of energy demand based on equipment usage and operating requirements.
Identified Charging Opportunities
Greater insight into work schedules, charging patterns, and available charging windows.
Modeled Ownership Costs
Estimated operating and ownership costs to help compare suitable battery and charging solutions.
Data-Informed Recommendations
Information to support battery selection, charging strategies, and future equipment investments.