An inverter converts direct current to alternating current (12 to 220 volts). And first of all, we need to decide on the purpose of its purchase. As a rule, inverters are used for emergency or autonomous power supply. In the first case, a simple Crown inverter that charges the battery from the AC network and a pure sine wave at the output will suit you. In the second case, you will need an autonomous or hybrid solar inverters that charges the battery from the AC network and solar panels. In both instances, the inverter power must be no less than the total power of all electrical appliances that can be turned on simultaneously.
When choosing an inverter for a solar power plant, there are several important parameters to consider: – Inverter power:
it must be sufficient to meet all power needs.
– Output waveform: Pure sine wave inverters are best suited for solar panel and battery-based systems. – Input Voltage Range: The Crown inverter must handle the input voltage your solar system generates
– Conversion efficiency: The higher the efficiency, the less energy loss and the higher the system performance.
– Availability of necessary interfaces and connectivity options: Some inverters have built-in system monitoring and control functions, which can be useful for optimizing the operation of a solar power plant.
– Reliability and safety: choose Crown Inverter from trusted manufacturers with a good reputation and quality guarantee.
– Cost: Consider the price/quality ratio to choose the best option for your system.
Technological features
Flexible solar panels are made from high-performance materials such as amorphous silicon, CIGS (copper, indium, gallium, selenium) and other lightweight composite materials. These solar panels can bend to a certain angle, making them ideal for use on various surfaces, including campers, yachts and temporary installations. They are lightweight, weather-resistant and less susceptible to damage, extending their lifespan. In addition, the battery has other advantages: waterproof design, no glass parts, lightweight, and small panel thickness does not create additional wind resistance.
Comparison with other types of solar panels Flexible solar panels offer significant advantages in portability and installation over traditional rigid panels. They can be mounted on virtually any surface, making them particularly useful in off-grid or portable solar systems. Although their efficiency may be lower than that of traditional panels, their versatility and ease of installation make up for this shortcoming.
Advantages of Hybrid Inverters
Using a hybrid inverter provides many benefits, including increased energy efficiency, reduced energy costs, and improved system stability. They maximize solar energy while reducing reliance on grid power and lowering operating costs. Crown Micro Global also improve power reliability by providing backup power during power outages.
Application of hybrid inverters
Hybrid inverters are widely used in residential, commercial and industrial applications. They are ideal for solar power systems that require the integration of solar panels, batteries and grid power. These devices are also used in remote and off-grid power systems where the stability and reliability of the power supply are critical.
