Luminous 1KVA NXG Pro 12V MPPT with LPTT12150H 150Ah Battery-72Month & 550W Mono PERC Half-Cut Solar Panel-25Year Warranty

Power your home efficiently with the Luminous 1KVA NXG Pro 12V MPPT solar system. This complete solar solution includes the high-performance LPTT12150H 150Ah battery, backed by a 72-month warranty, ensuring dependable energy storage for your everyday needs. Paired with a robust 550W mono PERC half-cut solar panel featuring a remarkable 25-year warranty, this system maximizes solar power generation and longevity. Ideal for residential applications, the NXG Pro inverter utilizes advanced MPPT technology to optimize energy efficiency, making it a smart and sustainable investment for your energy future.

Combo Set: NXG PRO 1KVA-12V 1No. Battery 150AH 1No.550W Panel 1No

Features:

• 1KVA NXG Pro 12V MPPT Solar Inverter: Efficiently converts solar energy to meet the power needs of small appliances and devices.
• LPTT12150H 150Ah Battery: Reliable battery with a 72-month warranty, providing consistent energy storage for various applications.
• 550W Mono PERC Half-Cut Solar Panel: High-efficiency solar panel with a 25-year warranty, designed for maximum energy generation.
• Advanced MPPT Technology: Increases energy harvest from solar panels by optimizing the charging process, offering improved performance.
• Pure Sine Wave Output: Produces clean and stable power, making it safe for sensitive electronics and appliances.
• User-Friendly LCD Display: Allows easy monitoring of solar input, battery status, and load levels for effective system management.
• Compatible with Various Battery Types: Supports lithium-ion and lead-acid batteries, providing flexibility for users.
• Durable and Weather-Resistant Design: Built to withstand varying weather conditions, ensuring long-lasting performance.
• Low Maintenance Requirements: Designed for easy installation and minimal upkeep, making it ideal for residential use.
• Safety Features: Equipped with overload and short-circuit protection to ensure the safety of the system and connected devices.

Invest in the Luminous 1KVA NXG Pro solar system for an efficient, eco-friendly energy solution that meets your home’s energy needs today and in the years to come.

Updated Load Chart for Luminous 1kVA NXG Pro 12V System with Refrigerator and 3 Ceiling Fans

Total Load and Daily Energy Consumption:

1. Total Load Capacity: 800W (continuous, based on inverter output).
2. Total Daily Energy Consumption: 3,706 Wh (3.7 kWh).

System Utilization Strategy with Refrigerator and Additional Fans:

Adding two more ceiling fans raises the total energy usage to about 3.7 kWh daily, which is substantial for this system. To optimize for limited battery storage and solar charging:

Daytime Use (Peak Solar Generation):

• Refrigerator, all three fans, LED bulbs, and Wi-Fi router can be used during peak sunlight hours.
• Television and mobile chargers can also run during the day when solar power is directly available.

Evening/Night Use (Battery Dependent):

• Refrigerator and one or two fans should be run as needed. Limit other loads to extend battery life overnight.
• LED bulbs and Wi-Fi router can be used minimally at night, ensuring essential comfort and connectivity.

Battery and Solar Considerations:

1. Battery Backup: With the refrigerator and three fans, the 150Ah battery will deplete more quickly, especially overnight, if all devices are used simultaneously. Careful monitoring and conservative use will be necessary at night.
2. Solar Panel: The 550W panel will provide roughly 2,750-3,300 Wh daily in peak sunlight, covering most, but not all, of the updated consumption. For full coverage and better battery maintenance, consider adding an additional solar panel to better support this increased load.

Summary:

With three ceiling fans and a refrigerator, this 1kVA system is feasible for basic needs but will require careful load management, especially at night. For more reliable performance with these appliances, an additional 550W solar panel would enhance daily power generation, supporting the system’s higher energy demands and helping to keep the battery charged.