Aims Power 30KW 300VDC 208 VAC Pure Sine Three Phase Power Inverter Charger - PICOGLF30KW300V2083P

Aims Power 30KW 300VDC 208 VAC Pure Sine Three Phase Power Inverter Charger - PICOGLF30KW300V2083P

DC INPUT

• DC input – 300 volt
• DC input range – 200-600 Vdc
• Rated current amps – 100 A

AC INPUT

• 120 / 08 Vac

AC OUTPUT

• 30,000 – 30kw
• Pure sine wave
• 480 VAC (+- 3%)
• Three phase L1 + L2 + L3 + N + Earth
• Current: 83.3 A phase current
• Adjustable 50/60 hz
• Power Factor: >0.95
• Inverter efficiency: >94%
• LCD Display
• Voltage accuracy – Load balancing<1%, Unbalance <5%
• THD: linear load ,2%, nonlinear load >3%
• No load amps: 2% of inverter size depending on DC voltage (1000 watts / DC input voltage = amps)

PROTECTIONS

• Overload 150% – 5 seconds, 120% for 35 seconds
• Input reverse polarity
• Under voltage,
• Over voltage
• Output over current
• Short circuit
• Over temperature
• Fan cooled – Always on
• Short circuit: no automatic recovery. Restart required
• <50dB
• Operating temperature: -25 to 55 Celsius (-13 to 131 Fahrenheit)
• Humidity: 90% non-condensing
• Dimensions: 33.5″D x 33.5″W x 51.2″H
• Weight: 926 lbs.
• CE, UL 1741 and CS22.2

What our Experts Think    

• Massive 30kW three-phase output (208V AC) delivers industrial-level power for commercial, agricultural, and large off-grid installations.
• High-voltage 300V DC input system improves efficiency and reduces current losses across long cable runs in large battery banks.
• Pure sine wave output ensures stable, utility-quality power suitable for sensitive industrial machinery, motors, and control systems.
• Inverter + charger functionality allows seamless integration with generator or grid input for hybrid power system flexibility.
• Designed for heavy-duty continuous operation with industrial-grade components built for demanding environments and extended runtime.
• Ideal for three-phase applications including workshops, factories, farms, and large energy storage systems requiring balanced load distribution.
• Advanced system protections help safeguard against overload, short circuit, over-temperature, and DC input irregularities.
• Best suited for large-scale professional installations where reliability, scalability, and high power throughput are critical.

               
Q&A    

Q: What is the AIMS Power PICOGLF30KW300V2083P used for?
A: Aims Power 30KW 300VDC 208 VAC Pure Sine Three Phase Power Inverter Charger - PICOGLF30KW300V2083P is a high-capacity industrial inverter/charger that converts high-voltage DC (typically solar, battery, wind, or hydro systems) into 208V three-phase AC power.

Q: What applications is this 30kW inverter designed for?
A: It is designed for commercial buildings, large off-grid homes, farms, factories, and heavy-duty backup power systems requiring stable three-phase electricity.

Q: What is the input and output specification?
A: It accepts around 300V DC input (wide operating range ~200–600V DC) and outputs 208V AC three-phase power with high efficiency for large electrical loads.

Q: Is this inverter suitable for solar systems?
A: Yes. It works with solar arrays, battery banks, and hybrid renewable systems, especially where high-voltage DC input is used for efficiency.

Q: What type of power output does it produce?
A: It delivers pure sine wave output, ensuring stable, utility-grade power suitable for sensitive industrial equipment and motors.

Q: What loads can it support?
A: It can run heavy equipment such as industrial motors, HVAC systems, pumps, manufacturing machinery, and large-scale electrical distribution systems.

Q: Does it include monitoring and control features?
A: Yes. It includes an LCD control panel for monitoring voltage, frequency, load, power output, temperature, and fault codes.

Q: What protection features are included?
A: It includes overload, short-circuit, over/under-voltage, over-temperature, and reverse polarity protection for system safety and reliability.

Q: Why is this considered an industrial-grade inverter?
A: Its 30kW continuous output, three-phase architecture, high-voltage DC architecture, and >94% efficiency make it suitable for demanding continuous-duty industrial environments.

               
Maintenance Tips

• Install in a temperature-controlled, dust-free electrical room with strong ventilation to support continuous high-load operation.
• Keep all cooling fans, air intakes, and heat sinks clean; this 30kW unit uses forced-air cooling that must remain unobstructed.
• Regularly inspect high-voltage DC input (200–600V) and 208V three-phase AC terminals for tightness, discoloration, or heat damage.
• Use correctly rated industrial-grade cables, breakers, and busbars to handle ~100A DC input and ~83A per phase output safely.
• Monitor the LCD panel for fault codes, temperature, load %, and voltage imbalance to detect issues early.
• Ensure proper grounding and phase balancing across L1/L2/L3 to prevent overload or instability.
• Keep operating temperature within -25°C to 55°C for optimal lifespan and efficiency.
• Avoid sustained overloads above rated capacity; the unit allows short surge handling but not continuous overloading.
• Perform periodic torque checks on all power connections due to vibration and thermal cycling in large installations.
• Schedule preventive maintenance checks (fan operation, capacitor aging signs, dust buildup) every 3–6 months in heavy-use environments.
• Do not bypass protections (over-current, reverse polarity, over-temp) as they are critical for IPM and inverter longevity.
• Only qualified technicians should service internal components due to high-voltage DC architecture and stored energy risks.