How Long Does It Take to Recharge a Forklift Battery?

The charging time of a lithium battery forklift depends on three core factors:

1️⃣ Battery capacity (Ah)

2️⃣ Charger output current (A)

3️⃣ Battery remaining capacity (%)

Typical reference values:

• 24V/200Ah lithium battery + 40A charger ≈ 5-6 hours (from 20% to full charge)
• 48V/600Ah lithium battery + 100A fast charger ≈ 6-7 hours (supports partial charging)

1. 3 seconds to locate your battery charging time

We have an intelligent query system for each battery:

1. Enter your battery model number (e.g. LFP-48V600AH) in the search field on the website
2. Go to the product page and click on the “Charging Specs” tab
3. to view the pre-set data sheet: Charger type 20%→100% time 50%→80% fast charge time Standard 60A charger 7.2 hours 1.5 hours fast charge 100A charger 5.1 hours 0.9 hours

2. Calculate the charging time formula yourself

📐 Scientific formula:

Charging time (h) = (Battery capacity × Percentage to be charged) ÷ (Charging current × Efficiency coefficient)

Example: A 600Ah battery is charged from 30% to 95% using an 80A charger:

= (600 × 0.65) ÷ (80 × 0.9) ≈ 5.4 hours

(efficiency factor of 0.9, including heat loss)

3. 4 charging optimization techniques

✅ Intelligent staged charging: Lithium batteries support the “fast charging (0-80%) + slow charging (80-100%)” mode, reducing the total time by 20

✅ Opportunity Charging: 15-30 minutes of fast charging during breaks, without waiting for complete discharge

✅ Use a charger with AI temperature control, which automatically reduces the load by 10% in high temperatures to ensure safety

✅ Regularly calibrate the BMS system to ensure that the power detection error is <2

4. Why choose a lithium battery?

5. Expert support

Have special operating conditions? Click “Chat with Engineers” to submit your:

• Daily work shifts
• Average energy consumption per shift
• Available charging window
• We will customize a charging plan for you to ensure 24/7 uninterrupted operation!