How to Manage Electric Construction Machinery? IoT Monitoring for New-Energy Equipment
Electric construction machinery is spreading fast - electric excavators, loaders, and forklifts are increasingly common in municipal, indoor, and short-haul scenarios. Electrification brings cost and environmental advantages, but also introduces new management needs diesel equipment never had: charging, batteries, and range. How do you manage electric construction machinery? This article explains the management challenges of new-energy equipment and the IoT monitoring solution.
1. Why Electric Construction Machinery Is Growing
Electrification is a major trend in construction machinery, driven by clear forces:
- Lower operating costs: electricity costs far less than fuel, plus fewer maintenance items and lower failure rates give a clear total-cost-of-ownership advantage
- Policy and environment: tightening emission rules make zero-emission electric equipment a fit for green construction and carbon goals
- Scenario fit: municipal, indoor, warehousing, and tunnel or urban scenarios favor electric machines
But the "engine" has been replaced by a battery, and the management logic changes with it.
2. Three New Management Needs for Electric Machines
1. Charging Management
- Know each machine's state of charge and charging status at all times
- Record charging duration and frequency; schedule chargers and off-peak charging
- Dispatch before charge runs out, avoiding mid-job shutdown
2. Battery Management
- Battery health (SOC/SOH) and temperature directly determine range and lifespan
- Overcharging, deep discharge, and high temperature all damage batteries and need real-time monitoring with alerts
- Intervene early on abnormal battery state to extend life and cut replacement cost
3. Range-Based Dispatch
- Confirm before a shift that remaining charge can cover the job
- Match workload against remaining charge to schedule tasks and return-to-base charging
- Coordinate electric and conventional machines in the same shift plan
3. How IoT Manages Electric Machines
The JiguanYi new-energy monitoring solution turns "charge" into "data" with one T-BOX IoT terminal:
- CAN-bus access to the BMS: read voltage, current, SOC, battery temperature, and other key data
- Real-time 4G upload: charge and charging status sync live to the data dashboard
- Low-charge alerts: automatic alerts below a set threshold, so dispatch can arrange charging in advance
- Charging records: charge start/end times and duration logged for operations analysis
- Battery-health warnings: temperature and charge/discharge anomalies flagged early to prevent battery stress damage
Location, remote lock, and condition statistics remain in place, so anti-theft, dispatch, and maintenance work just as well for electric machines.
4. Unified Management of a Mixed Electric + Diesel Fleet
Most fleets mix electric and diesel machines. Two separate systems fragment management - the right approach is connecting everything to one platform:
| Dimension | Electric machines | Diesel machines |
|---|---|---|
| Energy monitoring | Charge (SOC), charging status | Fuel level, fuel consumption |
| Condition statistics | Motor hours, work hours | Engine hours, work hours |
| Alerts | Low charge, battery temperature, charging anomaly | Low fuel, fault codes |
| Shared capabilities | Location, lock, maintenance, dispatch | Location, lock, maintenance, dispatch |
See full-lifecycle device management - one system for all.
5. Rollout Steps
- Audit the fleet: count electric vs diesel machines and available charging infrastructure
- Fit terminals: equip electric machines with a CAN/BMS-ready T-BOX
- Connect the platform: onboard onto the device-management platform and configure charge thresholds and alert rules
- Operate with data: use the dashboard to schedule charging and jobs, and track battery health
The competitiveness of electric machines is not just "electricity is cheap" - it is managing the battery and charging with data, a moat the diesel era never had.
Who This Is For
- Electric equipment rental companies: rent out electric excavators/loaders with remote visibility of charge and location
- Municipal and indoor contractors: dispatch a mixed fleet, charge off-peak, and avoid stoppages
- Electric equipment manufacturers: ship with IoT installed and offer charge/battery-health data services to customers
How do you manage electric construction machinery? Put charging, batteries, and range under IoT monitoring and manage them on one platform with diesel machines. JiguanYi offers a complete solution spanning the T-BOX terminal, charge dashboard, and device management. Feel free to contact us for a new-energy monitoring solution.
FAQ
What new management needs do electric machines have compared to diesel equipment?
Electric machines add three management needs: charging - track state of charge, charging status, duration, and charger scheduling; battery - battery health (SOC/SOH) and temperature directly affect range and lifespan; and range-based dispatch - confirm before a shift that remaining charge can cover the job to avoid mid-task stoppage. All three need digital visibility at a distance.
How does IoT monitor the battery and charging of electric construction machinery?
Fit a CAN-bus IoT terminal (such as the JiguanYi T-BOX) to read data from the battery management system (BMS) - voltage, current, SOC, battery temperature - and upload it in real time. The platform provides a charge dashboard, charging records, and battery-health alerts that trigger when charge drops below a threshold, so dispatchers can arrange charging in advance.
How do you manage a mixed fleet of electric and diesel machines?
Connect both electric and diesel machines to the same device-management platform: electric machines show charge and charging status, diesel machines show fuel level and consumption, with unified location, condition, alerts, and maintenance. Fleet managers dispatch both types from one system instead of juggling two separate ones.