What features of microinverters excite you most？

Introduction

At the critical moment of global response to climate change and energy transition, the importance of renewable energy has become increasingly prominent. According to the Renewable Energy Market 2023 Report released by the International Energy Agency (IEA), global demand for solar energy has increased by more than 150% in the past five years, which not only shows the potential of solar energy as a renewable energy source, but also reflects the active efforts of governments and companies in promoting the clean energy transition.

In 2022, the world's new photovoltaic installed capacity reached about 220 GW, making solar power generation gradually increase the proportion of global electricity production. According to data from the Global Solar Energy Industry Association (SolarPower Europe), it is expected that by 2026, the global solar installed capacity will reach 2,400 GW, which means that the future market opportunities and demand will continue to expand.

In this context, microinverter as an important part of the solar system, its function optimization and user experience improvement is particularly important. To this end, TSUN has launched a survey on the features of microinverters, aiming to gain insight into the specific features that customers care most about during use. This survey is not only a reflection of the market demand, but also reflects the customer centric design concept and market strategy of TSUN. By analyzing user feedback, TSUN is committed to continuously improving product performance and user friendliness to ensure that every customer gets the best possible experience.

1. Easy to install (40% approval rate)

In a survey conducted by TSUN, the ease of installation feature is one of the most concerned microinverter features of customers with 40% support. This result shows that users have strong expectations for the simplicity of the installation process when choosing a solar solution.

According to research by the International Renewable Energy Agency (IRENA), simplifying the installation process can reduce labor costs by up to 30%, while research by the National Renewable Energy Laboratory (NREL) shows that the complex installation process is one of the major factors affecting the penetration of solar systems. The survey shows that 68% of installers believe that the difficulty of installation is the main reason why customers abandon solar installations.

Solutions from TSUN

To meet customers' demands for ease of installation, TSUN microinverters feature a range of innovative designs:

Plug and play design: Users only need to connect the connectors, without complex wiring. This design allows users to easily complete the line connection, saving installation time and labor costs.   

No need to punch holes: TSUN microinverter does not need to punch holes on the wall when installing, the equipment has been pre-drilled installation holes, the user only needs to use screws to fix the equipment on the wall. This design greatly simplifies the installation process and avoids the drilling and fixing steps common in traditional installations.

Modular structure: The modular design of TSUN microinverters simplifies the overall layout of the system, making the connection and configuration of each component more flexible, and users can quickly adjust according to actual needs.

Compared to traditional string inverters, the installation time of TSUN microinverters is reduced by about 80%, which not only accelerates the system's online time, but also significantly reduces additional installation costs.

	4-in-1 Microinverters Individual optimization, separate dedicated MPPT for each panel New topology degisn with peak efficiency up to 96.7% Guaranteed quality with standard 12 years warranty Plug and Play installation, Easy to install Integrated LoM protection function, Ensure the safety of power grid Casting design and glue filling technology.
	4-in-1 Balcony Microinverter Individual optimization, separate dedicated MPPT for each panel New topology degisn with peak efficiency up to 96.7% Guaranteed quality with standard 12 years warranty Plug and Play installation, Easy to install Casting design and glue filling technology.

2. Remote monitoring capability (10% approval rate)

While the remote monitoring capability has a 10% approval rating in TSUN's survey, the importance of this feature cannot be ignored. According to the National Renewable Energy Laboratory (NREL), solar systems with remote monitoring can reduce failure repair times by up to 50%, while reducing overall system maintenance costs by about 15%. This means that by implementing remote monitoring, users can not only reduce potential downtime, but also significantly improve the system's power generation efficiency.

Remote monitoring enables users to understand system performance in real time and identify potential problems in a timely manner, so that measures can be taken to avoid system failures. For example, when the monitoring system detects a drop in power generation, users can immediately intervene to make adjustments and avoid long-term losses. According to the Solar Power World report, timely failure response can reduce system downtime by up to 50%, which means greater economic benefits and better sustainability for any user who relies on solar systems.

During a large-scale commercial installation project, the operations team was able to monitor and adjust system parameters in real time by using TSUN's remote monitoring system. The project's operations team managed to increase energy output by 8% in one year, which significantly increased the return on investment. "With remote monitoring, we can keep track of the operating status of the system at all times and adjust our strategies in time to achieve higher power generation efficiency," customers said in their feedback.

Solutions from TSUN

The TSUN microinverter integrates advanced remote monitoring capabilities, allowing users to view performance data for each panel at any time, receive alerts and maintenance recommendations through a mobile app or web interface. This feature is particularly popular with large installation projects, as it helps operations teams make real-time decisions to optimize the efficiency of the system.

Real-time performance monitoring: Users can access system performance data, including power generation and health status of each panel, anytime, anywhere.

Instant Alert and Maintenance Advice: Users receive instant notifications when the system is abnormal, helping them to react quickly and schedule maintenance.

Data analysis: The system provides detailed historical data and trend analysis to help users identify long-term performance issues and optimize power generation efficiency.

3. High conversion rate (40% approval rate)

In the survey conducted by TSUN, the higher conversion rate also received high attention from customers with an approval rate of **40%. Conversion rate is the core indicator to measure the efficiency of solar systems, which directly affects the user's return on investment. Research shows that compared with traditional series inverters, microinverters can improve the energy conversion efficiency of 5%-10%, which will bring significant economic benefits in the long term.

In real-world applications, microinverters perform well under different environmental conditions (such as shadows, inconsistent panel directions, etc.). Efficient microinverters maximize the output of each panel, significantly increasing the overall system power generation. For example, when part of the panel is shaded, the microinverter is able to automatically adjust to ensure that the unshaded panel generates electricity at maximum efficiency.

When a TSUN microinverter was installed in a residential area, the annual energy output was 12% higher than that of a conventional inverter system, despite the fact that some panels were shaded. "After using TSUN's microinverters, our electricity bill was significantly reduced and the power generation efficiency was amazing," the owner of the residential area said in the feedback.

Solutions from TSUN

TSUN microinverters use advanced maximum power point tracking (MPPT) technology to maximize energy output under a variety of environmental conditions. This technology allows the performance of each panel to be monitored in real time, ensuring efficient operation despite partial shadow coverage. Through data comparison experiments, TSUN products can still maintain more than 95% efficiency when local shadow coverage, significantly improving the overall performance of the system.

Intelligent monitoring: TSUN's microinverters monitor the power generation of each panel in real time, ensuring optimal operation.

Strong environmental adaptability: Whether in shadow, low light or other adverse conditions, TSUN microinverters can effectively improve the conversion rate of electricity.

4. Maintenance cost (10% approval rate)

In the survey conducted by TSUN, although the support rate of maintenance costs is only 10%, its importance to the long-term economic benefits of users cannot be ignored. Studies have shown that low-maintenance solar systems can save users up to 25% in operating costs over a 20-year lifetime. Long-term maintenance problems not only increase the cost of use, but also may lead to a decrease in the continuous power generation efficiency of the system, affecting the user's return on investment.

For example, data from the Solar Energy Industries Association (SEIA) states that systems with higher maintenance frequency tend to require more frequent overhauls and replacement parts, which directly leads to higher operating costs. Therefore, choosing a solar energy solution with low maintenance costs is crucial for users.

Solutions from TSUN

TSUN Microinverters are designed with highly durable materials and seals to ensure stable operation in extreme weather conditions. This design reduces the need for regular maintenance, and user feedback shows that the average failure rate of TSUN microinverters is 80% lower than that of traditional series inverters, which not only significantly reduces maintenance costs, but also significantly reduces downtime.

Durable materials: TSUN microinverters use high-quality materials to ensure that long-term use is not easy to damage.

Seal design: The use of glue filling technology, dustproof and waterproof seal design makes the equipment can still operate stably in harsh environments, reducing the dependence on regular maintenance.

Conclusion

In this survey conducted by TSUN, we gained insight into our customers' concerns about the functionality of microinverters, and the results showed that ease of installation and high conversion rates were the features most valued by users, which not only reflected the customers' urgent need for convenience and efficiency, but also provided TSUN with valuable guidance in product optimization.

By constantly listening to our customers, TSUN is committed to translating user feedback into product innovations to ensure that our microinverters not only meet market demands, but also exceed customer expectations. We will continue to improve the ease of installation, power generation efficiency and maintenance costs of our products to ensure that users enjoy the best experience during use.

We encourage you to visit the TSUN website to learn more about our technology and specific product options. Here you can find solar solutions that suit your needs and help you use solar energy more efficiently for a sustainable future. Whether you're considering a solar system for the first time or looking to upgrade your existing equipment, TSUN will be your trusted partner.