3000W 12V Pro Pure Sine Wave Inverter
A new height of power safety and energy efficiency.
Power Capacity
Semi Truck
Boat Trip
6000W Peak Boost for Inductive Loads
The Renogy P2 Pro 3KW inverter delivers a peak wattage of up to 6000W, accommodating the surge rating of inductive loads like air conditioners. To avoid unexpected shutdowns, start inductive loads first and allow them to stabilize before turning on other appliances.
Fans for Semi-Truck Backseats & Enclosed Spaces
Cooling fans for semi-truck back seats and enclosed spaces efficiently circulate air, preventing heat buildup and protecting inverters while extending their lifespan.
Safeguard Your Boat Trips with GFCI
Head out on your boat trip with confidence, equipped with a reliable inverter that includes GFCI protection to keep your power system safe.
Pre-Charging
Dual-Polarity Reverse
Inverter Pre-Charging for Smooth Startup & Safe Operation
Renogy's pre-charging technology ensures a smooth, controlled start-up, protecting your inverter and battery from harmful peak current surges.
Dual-Polarity Reverse Protection for Effortless Power Connection
Avoid troubleshooting issues with Renogy's dual-polarity reverse protection, preventing connection errors when identifying positive and negative polarity.
EcoSleep Mode for Effortless Energy Savings
When in EcoSleep mode, the Pro Series inverter consumes just 10W of power—half that of other brands. This energy-saving feature can save you 480Wh to 720Wh over a 2-3 day off-grid adventure.
Seamless Management with Real-Time Monitoring & Remote Control
Instant Device Monitoring: Monitor your appliances in real-time to ensure safe, efficient operation. Stay informed about device status and potential issues directly from your fingertips.
Surpassing Inverters in Excellence
Package Includes
3000W Pure Sine Wave Inverter
x 1
User manual
x 1
Inverter Wired Remote Control
x 1
Frequently Asked Questions
1.What capacity of battery should a 12V 3KW inverter be equipped with?
You can use either 2 pieces of 12V 200Ah batteries or one 12V 400Ah battery. In typical situations, it may require 100Ah- 300Ah batteries, depending on the BMS (Battery Management System). Most (not all) 100Ah battery manufacturers limit the continuous current to 100 DC amps. If this limit is exceeded, the BMS may shut down the battery. Therefore, two 100Ah batteries may have a maximum combined current of 200 amps. This would not be sufficient to power the full 3000 watts of the inverter, but you should be able to draw around 2000 watts
2.Is there any protection that can prevent shock when using this inverter on a boat?
Yes, the inverter is designed for boats, taking into account several key points: 1.The Renogy inverter is equipped with GFCI (Ground Fault Circuit Interrupter). Additionally, ensure that all wiring is adequately protected by breakers, with the choice of breakers based on the wire size. 2.The water protection rating for the inverter is IP21. 3.The inverter also has a function that enables the reverse connection of the battery's positive and negative terminals in the event of misconnection, thereby preventing internal damage 4.You can have real-time monitoring as the inverter comes with built-in Bluetooth and RV-C (which connects to the Renogy M1)."
3.What's the difference between a Modified Sine Wave (MSW) inverter and a Pure Sine Wave (PSW) inverter?
The Modified Sine Wave (MSW) inverter exhibits a significant level of noise and produces a waveform that is irregular, wwhich can negatively affect your appliances and is incapable of managing inductive loads effectively. Conversely, the Pure Sine Wave (PSW) inverter provides a stable and uniform waveform that is more refined than that of standard electrical grids. When inductive loads, such as microwave ovens and electric motors, are engaged with the PSW inverter, they function with enhanced velocity, reduced noise, and lower temperatures.
4.How many applications can I use simultaneously to avoid tripping?
Loads with a power rating of 3000 watts or less, such as a refrigerator and microwave, can be used. However, it is always recommended to avoid using all loads simultaneously if the combined power consumption exceeds 3000 watts.
5.Why do my electrical appliances trip？
There are several reasons that may cause trip problems： 1. When multiple appliances are used simultaneously, the combined voltage or current may exceed the inverter's capacity. As a result, the inverter's over-current and over-voltage protection functions may trip for safety reasons. 2. When inductive loads are in operation, it is also important to consider the peak current and voltage of these loads. Common inductive appliances include air conditioners, refrigerators, humidifiers, vacuum cleaners, treadmills, microwave ovens, range hoods, audio equipment, and electric fans, among others. 3.When a certain electrical appliance has a short circuit issue, it may also trip. 4.It may also be caused by loose circuit wiring or poor contact. In such cases, disconnect all circuit breakers and use a screwdriver to individually inspect and tighten the wiring of each circuit breaker.
