Clean Power for Outdoor Leaf Blowers — PKNERGY Lithium Battery Technology
High‑discharge Li‑ion / LiFePO₄ packs (36–60 V) engineered for cordless blowers, hedge trimmers and lawn tools.
The Power Challenge in Outdoor Equipment
Leaf blowers demand high instantaneous power and long‑lasting energy supply. Legacy lead‑acid or NiCd systems struggle to deliver sufficient current without heavy weight and short lifespan. Lithium batteries solve these issues with superior energy density, high discharge rates, and faster charging.
Why PKNERGY Lithium Batteries
- High Discharge Rate — continuous output for brushless DC motors and turbo modes.
- Lightweight Design — up to 40% lighter vs. legacy packs, improving ergonomics.
- Fast Charging — compatible chargers replenish in 1–2 hours.
- Long Life — >1000 cycles to lower TCO.
- Integrated BMS — over‑current, short‑circuit, thermal protection with NTC monitoring.
For enhanced intrinsic safety, consider our LiFePO₄ Battery option; for brand‑specific housings and interfaces, see Custom Pack.
Custom Battery Configurations for Leaf Blowers
| Nominal Voltage | Cell Format | Capacity (example) | Energy | Peak/Cont. Discharge | Notes |
|---|---|---|---|---|---|
| 36 V (10S) | 18650 / 21700 | 5.0 Ah | ≈ 180 Wh | 80 A / 30–40 A | Compact pack for mid‑range blowers |
| 48 V (13S) | 21700 | 10.0 Ah | ≈ 480 Wh | 120 A / 50–60 A | 45–60 min runtime depending on load |
| 60 V (16S) | 21700 / LiFePO₄ | 8.0–12.0 Ah | ≈ 480–720 Wh | 150 A / 60–80 A | High‑power class with thermal robustness |
All packs include robust housings, anti‑vibration mounting, IP‑rated seals, and CAN/SMBus options for fuel gauging and service diagnostics.
Safety & Environmental Benefits
- Certified reliability: UN38.3, IEC 62133, UL, RoHS.
- Reduced emissions & noise vs. gasoline blowers.
- Thermal management with heat‑spreading plates and NTC‑guided protection.
- UN‑compliant packaging for air & sea shipping.
Partnering with PKNERGY for OEM/ODM Projects
- Battery housing & interface design (slide‑in packs, locking tabs).
- Thermal optimization and current profiling for BLDC controllers.
- Custom branding, labeling, and charger matching.
- Design validation testing: vibration, drop, salt fog, and 70 ℃ thermal endurance.
FAQ
Li‑ion vs LiFePO₄ — which is better for leaf blowers?
Li‑ion (NMC) offers higher energy density for longer runtime; LiFePO₄ provides superior thermal stability and cycle life, ideal for heavy‑duty or hot‑climate use.
How long is the charging time?
With a compatible fast charger, most packs recharge in 1–2 hours depending on capacity and allowed charge rate (0.5–1C).
Can you integrate a fuel gauge and CAN communication?
Yes. We support CAN/SMBus/I²C fuel gauging with cycle count, SoC/SoH reporting, and error logs for maintenance.
Contact Cassie — PKNERGY
Co‑design a high‑power lithium pack for your next outdoor tool platform.
- 📧 Email: sale4@pknergy.com
- 📱 Phone / WhatsApp: +86 138 7460 4556
- 🌐 Website: pknergy.com | pknergybattery.com
Clean Power for Outdoor Leaf Blowers — PKNERGY Lithium Battery Technology
High‑discharge Li‑ion / LiFePO₄ packs (36–60 V) engineered for cordless blowers, hedge trimmers and lawn tools.
The Power Challenge in Outdoor Equipment
Leaf blowers demand high instantaneous power and long‑lasting energy supply. Legacy lead‑acid or NiCd systems struggle to deliver sufficient current without heavy weight and short lifespan. Lithium batteries solve these issues with superior energy density, high discharge rates, and faster charging.
Why PKNERGY Lithium Batteries
- High Discharge Rate — continuous output for brushless DC motors and turbo modes.
- Lightweight Design — up to 40% lighter vs. legacy packs, improving ergonomics.
- Fast Charging — compatible chargers replenish in 1–2 hours.
- Long Life — >1000 cycles to lower TCO.
- Integrated BMS — over‑current, short‑circuit, thermal protection with NTC monitoring.
For enhanced intrinsic safety, consider our LiFePO₄ Battery option; for brand‑specific housings and interfaces, see Custom Pack.
Custom Battery Configurations for Leaf Blowers
| Nominal Voltage | Cell Format | Capacity (example) | Energy | Peak/Cont. Discharge | Notes |
|---|---|---|---|---|---|
| 36 V (10S) | 18650 / 21700 | 5.0 Ah | ≈ 180 Wh | 80 A / 30–40 A | Compact pack for mid‑range blowers |
| 48 V (13S) | 21700 | 10.0 Ah | ≈ 480 Wh | 120 A / 50–60 A | 45–60 min runtime depending on load |
| 60 V (16S) | 21700 / LiFePO₄ | 8.0–12.0 Ah | ≈ 480–720 Wh | 150 A / 60–80 A | High‑power class with thermal robustness |
All packs include robust housings, anti‑vibration mounting, IP‑rated seals, and CAN/SMBus options for fuel gauging and service diagnostics.
Safety & Environmental Benefits
- Certified reliability: UN38.3, IEC 62133, UL, RoHS.
- Reduced emissions & noise vs. gasoline blowers.
- Thermal management with heat‑spreading plates and NTC‑guided protection.
- UN‑compliant packaging for air & sea shipping.
Partnering with PKNERGY for OEM/ODM Projects
- Battery housing & interface design (slide‑in packs, locking tabs).
- Thermal optimization and current profiling for BLDC controllers.
- Custom branding, labeling, and charger matching.
- Design validation testing: vibration, drop, salt fog, and 70 ℃ thermal endurance.
FAQ
Li‑ion vs LiFePO₄ — which is better for leaf blowers?
Li‑ion (NMC) offers higher energy density for longer runtime; LiFePO₄ provides superior thermal stability and cycle life, ideal for heavy‑duty or hot‑climate use.
How long is the charging time?
With a compatible fast charger, most packs recharge in 1–2 hours depending on capacity and allowed charge rate (0.5–1C).
Can you integrate a fuel gauge and CAN communication?
Yes. We support CAN/SMBus/I²C fuel gauging with cycle count, SoC/SoH reporting, and error logs for maintenance.
Contact Cassie — PKNERGY
Co‑design a high‑power lithium pack for your next outdoor tool platform.
- 📧 Email: sale4@pknergy.com
- 📱 Phone / WhatsApp: +86 138 7460 4556
- 🌐 Website: pknergy.com | pknergybattery.com
