How to Manage Electric Aerial Platform Charging? An IoT Monitoring Guide
Electrification is one of the most certain trends in the aerial work platform industry: rising fuel costs, tighter site emission rules, and charging far cheaper than fuel have pushed many rental companies to switch scissor lifts and booms from diesel to electric. But the hard part is not the machine—it is the electricity: where to install chargers, how to track battery levels, how to schedule charging machines, and how to protect battery life. This guide shows how IoT turns charging management from guesswork into transparency.
1. Four Real Pain Points in Electric Lift Charging
Check which ones you have hit:
- Range anxiety: a machine runs out of battery mid-air; rescue costs more than the job. Nobody knows each machine's remaining charge
- Unplugging depends on people: someone must go out at night to unplug; forget it and the battery overcharges, ages fast, and poses a safety risk
- Charging machines collide with orders: a customer orders a lift, but the unit is charging—wait, or swap machines, hurting both utilization and trust
- Battery life is out of control: nobody knows who deep-discharges, who stores machines flat, who fast-charges constantly; you only notice after batteries fail out of warranty
All of these share the same root cause: battery state lives in the machine and never reaches the management side.
2. How IoT Manages Charging: From Invisible to Fully Transparent
Install a T-BOX on electric lifts and connect it to the Jigy Platform. CAN data streams to the cloud in real time, giving charging four levers:
1. Battery Level and Charge Status, Visible in Real Time
The platform shows every machine's SOC, voltage, and charge status, automatically distinguishing standby / charging / fully charged / low-battery warning. No phone calls to drivers—open the data dashboard and see the whole fleet.
2. Full-Charge Alerts and Automatic Warnings
Alerts fire on charge completion, abnormal disconnection, and battery below threshold, groupable by device and graded by recipient. Staff act on notifications instead of staying up to guard the charger, and overcharging risk drops sharply.
3. Energy Usage and Cost Accounting
The platform aggregates charge cycles and kWh per machine daily/weekly/monthly, combined with hour meters to yield electricity cost per unit. Rental quotes, billing, and fuel-vs-electric comparisons now have objective data instead of guesswork.
4. Charge Status Linked with Rental Scheduling
Charging machines are flagged "charging" and do not occupy available stock; they return to available automatically when full. Dispatch, customer queries, and in/out workflows avoid machines being charged—see Device Management and Rental Management.
3. Rollout in Three Steps
- Install the T-BOX: choose T-BOX-CAN for CAN-equipped models, or T-BOX-CTF if you also need remote lock. Register SIM and platform after installation
- Set thresholds and alerts: configure low-battery warnings, charge-completion notifications, and charge-timeout alerts on the platform, subscribed per team
- Connect scheduling and records: tie charge status into rental work orders and maintenance plans; charge logs go into equipment files automatically
4. Advice for Rental Companies
- Place chargers along the equipment parking zone, prioritizing fast-turnover models
- Use "full-charge alerts + off-peak tariffs" to charge mostly at night—savings go straight to profit
- Keep battery health (charge cycles, charge/discharge curves) in each machine's file; both end-of-lease maintenance and used-equipment valuation benefit
Competition in electric aerial platforms has shifted from "how many machines you can afford" to "how efficiently you manage each one." Get charging management right, and electrification's cost advantage finally shows up in profit. To learn more about integrated charging monitoring and fleet management, contact us.
FAQ
Why do you need IoT to manage electric aerial platform charging?
Because battery level is the variable that most affects uptime: a half-charged machine can stall on site, forgetting to unplug shortens battery life, and charging machines are not rentable. An IoT T-BOX reads battery SOC and voltage over the CAN bus, so the platform shows every machine's charge level and status in real time—full-charge alerts, low-battery warnings, and no more manual rounds.
How does IoT tell whether a lift is charging or fully charged?
By reading the BMS status word and charging current over the CAN bus, combined with the ignition state. The platform can distinguish standby, charging, and fully charged states automatically, and push alerts on charge completion or abnormal disconnection. Dispatchers see the whole fleet on one screen instead of checking each machine by hand.
Should a charging aerial platform count as available inventory?
No—mark it as 'charging' so it does not occupy available stock, but show the estimated ready time. Dispatching then never sends out a half-charged machine, and customers never rent a unit with low battery. Tying charge status into rental work orders connects dispatch, in/out records, and battery data into one chain.
Can IoT help electric aerial platform batteries last longer?
Indirectly, yes. The platform records every charge's start/end SOC and voltage curves, spotting overcharge, deep discharge, and long-term low-charge storage before they damage the battery. Geo-fencing also keeps machines from sitting in remote sites with no charger and draining flat. Data-driven charging beats guesswork for battery life.