Smart Solar PV Inverters To Maximize Power Generation
Just think of reaping the bright rays of the sun to light up your energy needs and save big on power bills! This is where the crucial role of solar energy comes in. Solar energy is a beacon of hope for the energy demands of the world. This emerging tech-powered world has its dominant play in improving power generation and this always pushes us to go beyond in maximising the most from the sun. One of those notable efforts is smart solar inverters with advanced features.
Let’s dive into how the latest features of integrated PV inverters ensure that power generation is more stable and consistent.
Solar Inverters – The Key Pieces Of Smart Power Generations
The global solar inverter market is experiencing drastic innovations in terms of reliability, efficiency and user-friendly features. The new-age solar inverters with advanced technology and features are really a boon for solar systems in converting sunlight into usable electricity. Solar energy is certainly the future of power generation. However, the complexity lies in harnessing efficient power production.
The key challenge with any solar system is optimal energy performance. This can be tackled well when you implement smart PV inverters into the solar installation. In fact, it is the best approach to boost the performance of your solar system.
Significant Features of a Smart Solar Inverter
Smart solar inverters can give you all the support via its advanced features to attain high levels of power generation. However, what are these smart solar inverters?
Conventional solar inverters are intended to convert the direct current (DC) output of a solar system to usable alternating current (AC). Smart solar inverters, besides doing this traditional functionality, also address some of the most needed areas of focus in getting the best from the photovoltaic system.
To make it precise, Smart Inverter, a buzzword in the solar segment can be said to be ‘Smart’, if it has integrated into itself the digital architecture, bidirectional communications ability and well-structured software infrastructure. Let us look into some of the notable features of smart solar inverters.
Monitoring and Data Logging
Advanced and smart solar inverters come with built-in monitoring systems. These systems allow users to track the performance of the solar power system including monitoring, analysing and optimising the performance of the systems. Typical, advanced solar inverters will have:
- Sensors and Meters
- Data Loggers
- Communication Devices
- Monitoring Software
The sensors of the inverters gather critical parameters such as current, voltage, temperature, and irradiance. The data loggers will record the collected information and then transfer it to a monitoring platform. The monitoring platform allows viewing and analyzing the data that helps in easily understanding the performance of the entire system.
Cooling Mechanism
The active cooling systems of advanced solar inverters which include fans help in taking away the heat emitted by the device. Solar inverters are not just meant to convert DC to AC, but also they cater to the safety managers of solar power systems. Thanks to the active cooling systems of modern solar inverters, they offer greater flexibility and maintain optimal temperature. Thus the inverters are ensured to have a longer service life and better yield capability.
Anti-Islanding Protection
This essential anti-islanding protection is a vital safety feature integrated into all grid-tied inverters. Anti-islanding protection is a feature in the inverter that alerts and responds when there is a problem with the power grid. This includes the issue of a power outage, during which the device shuts itself and stops feeding the power back to the grid.
Generally, the grid-tied inverters with anti-islanding features monitor the flow of current and voltage into the grid. If there is any abnormality, the device will automatically disconnect the system from the grid, thus protecting the grid from damage.
PID Recovery
PID – Potential Induced Degradation has been haunting the solar industry. This effect can be considered as an extreme degradation mechanism in solar cells which could dramatically affect the performance of the modules. The smart solar inverter arrivals in the solar industry are integrated with increased input voltage and current capabilities.
The built-in PID recovery functionality of the solar PV inverters helps in achieving improved system performance by aiding in recovering power generation under partial shading conditions.
Multi-MPPT Technology
MPPT – Maximum Power Point Tracker is an important component in a solar power system. This functionality ensures that the solar panels operate at their maximum power output to accomplish peak efficiency. The advanced solar inverters with MPPT charge controllers help enhance the system efficiency by reducing losses related to the mismatch between battery voltage and input voltage.
MPPT inverters adopt advanced algorithms that consider various factors such as shading, temperature and panel orientation and make necessary adjustments to the output voltage of the inverter and maintain the maximum power point.
Contribute to the technological evolution – Smart Inverters from Powernsun
Since its establishment, Powernsun has been dedicated to providing innovative solar solutions to clients across the world. We have our sharp attention towards adding advanced solar products into our portfolio. The vast collection of smart, intelligent and economical solar inverters is the proof for that. At Powernsun, we strongly believe that harnessing the power of the sun can be made more efficient through sophisticated solar inverter technology. Hence, we bring you intelligent solar inverter solutions that pave the way for a more sustainable energy future.
