AC Axial Fans with Nylon Impeller for Energy Storage

	Model	Voltage [V]	Frequency [Hz]	Speed [rpm]	Max Power [W]	Max Airflow [m3/h]	Noise [dB(A)]
	A200P.A008	230	50	2130	80.5	865	58
	A505P.A001	380	60	1700	719	8635	80.5
		380	65	1830	890	9367	80.5
	A505P.A002	380	65	1848	798	9118	84.1
	A515P.A003	380	65	1848	812.4	9466.9	78

Airflow-static pressure curve:

Airflow-power curve：

Dimension

A200P.A008

Core advantage

1. High-Strength Nylon Impeller & Long Durability

Modified nylon integrated impeller with outstanding toughness, crack and deformation resistance at high speed, suitable for long-term continuous operation of energy storage cabinets.

2. Efficient Heat Dissipation & Risk Prevention

Optimized fluid structure ensures uniform air delivery, quickly dissipating concentrated heat of battery clusters and preventing thermal runaway with precise temperature control.

3. Stable AC Drive & Easy Installation

Direct AC power input with simple wiring, no extra voltage regulator required, perfect for mass installation and rapid deployment of energy storage power stations.

4. Flame Retardant & Anti-Static, Safety Compliant

The impeller adopts special safety material with anti-static and flame-retardant performance, fully meeting fire protection and safety standards for energy storage industry.

5. Low Vibration & Low Noise Operation

Flexible nylon material buffers resonance and operating vibration, reducing running noise to adapt to silent operation demands of commercial and industrial energy storage containers.

6. All-Weather Environmental Adaptability

Excellent resistance to humidity, aging and mild corrosion, stably adapting to harsh working conditions of outdoor and containerized energy storage systems.

7. Universal Size & Easy Replacement

Standard overall dimensions, highly compatible with energy storage cabinets, PCS and converters, realizing quick installation and convenient later replacement.

8. Energy Saving & OPEX Reduction

Low power consumption design balances cooling efficiency and energy-saving performance, effectively lowering long-term operation and maintenance costs for energy storage projects.

FAQ

Q1：What core process advantages does the nylon impeller have in BESS application?

A1：Integrated injection molding structure delivers high structural integrity, with better crack resistance and mechanical balance. It avoids metal blade eddy current effect, and creates a more stable air supply for battery thermal management systems.

Q2：How does AC axial fan cut daily operating costs for energy storage projects?

A2：The high-efficiency AC motor features low idling power consumption and no complex drive accessories. Combined with lightweight nylon impeller to reduce operating consumption, it effectively lowers long-term power consumption and overall operating expenditure for energy storage stations.

Q3：Will the nylon impeller aging affect cooling performance after long-term use?

A3：Specially formulated high-temperature resistant modified nylon is adopted. It resists brittle aging and blade deformation under long-term high temperature and air drying circulation, maintaining stable air volume and cooling efficiency throughout the whole service cycle.

Q4：Can this AC fan adapt to unstable voltage conditions of distributed energy storage?

A4：The capacitor-type AC motor design has a wide voltage adaptation range and strong anti-fluctuation capability. It can operate stably in complex power grids of distributed and off-grid energy storage sites without frequent shutdown or failure.

Q5：What maintenance highlights does nylon impeller AC fan have compared with ordinary cooling fans?

A5：The nylon surface is smooth and not easy to absorb dust and dirt. It requires no regular rust prevention and paint maintenance. The integrated blade structure reduces damage probability, realizing long-term maintenance-free operation for enclosed energy storage equipment.