Main content:
As the core equipment to convert DC to AC, inverters are widely used in vehicle, off-grid systems and home energy storage scenarios. Bestek and Tycorun are two brands that are popular with users and have a presence in the new energy market. This article will from the product unique design, price, conversion efficiency, compatibility, security and other dimensions, in-depth comparison of Bestek inverter and Tycorun inverter, to help you choose the most meet the needs of the product.
Bestek Profile
Bestek is a focus on the car inverter market, mainly support 12V to 110V/220V AC, equipped with USB interface and AC socket, suitable for mobile phones, notebooks, tablets and other electronic devices in the journey charging, and the brand is particularly suitable for camping and long-distance travel, but in high-power applications and complex system compatibility.
It also provides USB ports and sockets to support charging of multiple devices at the same time, which is widely used in camping, traveling and other scenarios. In addition, the Bestek inverter is particularly suitable for owners because of its lightweight design, but it is limited in the support of high power and complex systems.
Tycorun profile
Tycorun is an emerging new energy company, started with the research and development of lithium batteries and energy storage systems, and launched a variety of inverter products. Tycorun inverter products are known for their high conversion efficiency, wide compatibility and high cost performance for home energy storage, RV travel and small industrial systems.
Tycorun pays attention to user experience, not only pays attention to the material and process in production and adopts strict standards, the R & D team constantly optimizes the software algorithm to achieve more high-precision power output of the inverter and a comprehensive inverter battery management system.
Different design and the material
The Bestek inverter uses a plastic casing and is lightweight, but the overall material is generally durable, and it needs to pay attention to heat dissipation when it is used for a long time. In addition, the waveform output of the Bestek inverter is suitable for ordinary electronic devices, but not suitable for sensitive devices with high power requirements.
Compared with Bestek inverter, Tycorun inverters use aluminum alloy housing, not only to ensure better inverter cooling performance, especially under long-term high load operation, aluminum alloy housing helps to keep the temperature of the internal components of the inverter stable, thereby improving the inverter lifespan. Moreover, this lightweight design makes the inverter particularly suitable for scenarios that require portability and mobile use, such as RV and camping equipment.
Price comparison
Although the price positioning of Bestek inverter products is generally lower than Tycorun, it lacks some designs that are more convenient for users to use, such as the split LCD screen and the more complete inverter programming system. The Besteck inverters do not read the battery parameters and power output data, and the user cannot monitor the use of the inverter and battery in real time, which is not conducive to the maintenance and fault detection of the inverter and products.
Compared with Bestek inverter, Tycorun inverters are priced from $59.9 to $199.99 for 500W to 3000W models(high power inverter). Compared with Bestek, although the price of Tycorun is generally slightly higher, it can reduce the cost of later maintenance, and it is more cost-effective in the long run. Spending a little more money can buy a rest assured that the durability of Tycorun inverter products will definitely exceed your expectations.
Conversion efficiency and energy management
The energy conversion efficiency of the Bestek inverter is about 85-90%. It performs well in light load scenarios, but it is prone to insufficient heat dissipation and decreased efficiency when it runs for a long time under high load, requiring users to pay special attention to current output and heat dissipation management.
The heat dissipation effect will also affect the performance and conversion efficiency, Tycorun in addition to aluminum alloy design, is also equipped with a silent fan, to achieve double heat dissipation effect. The aluminum alloy housing also ensures lightweight characteristics and is more suitable for frequent movement and installation. Tycorun's circuit design uses pure copper wire bundles to reduce power loss and improve transmission efficiency, making it more stable and reliable during long-term use.
Compared with Bestek inverter, Tycorun has also specifically enhanced the stability of its products in hot and cold environments to adapt to a variety of outdoor applications. Tycorun inverter uses pure sine wave output, and its energy conversion efficiency can be as high as 96%. Moreover, the pure sinusoidal output ensures the friendliness of sensitive electronic devices and does not cause damage to precision instruments.
Comparison of compatibility and application scenarios
Bestek inverters are mainly for vehicle-mounted scenarios, with limited compatibility, suitable for lead-acid batteries, but do not support more advanced battery systems, such as lithium iron phosphate batteries. Therefore, the applicability of Bestek is relatively low for users who need energy storage systems.
In contrast, Tycorun inverters support a variety of battery systems, including lithium batteries, lithium iron phosphate batteries and lead-acid batteries. Its intelligent battery management system (BMS) monitors the status of the battery, enabling a seamless connection between the inverter and the battery. In RV travel, home energy storage and off-grid systems, Tycorun's compatibility and applicability are significantly better than Bestek.
Security protection and software design
Overvoltage protection, over-current protection, over-temperature protection and other protection are largely dependent on the programming of the inverter. Although the Bestek inverter has basic overload, overheat and short circuit protection, it can meet the daily on-board charging needs. However, because its protection mechanism is relatively simple, when the circuit sudden abnormal, it is very likely to cause the energy storage inverter to stop working.
Compared with Bestek inverter, Tycorun protection mechanism setting is more complex, which also makes the inverter security protection function more comprehensive, including over voltage protection, over current protection, over temperature protection and other protection. Its internal software algorithms are optimized by a professional team to ensure that the inverter can monitor and adjust current and voltage parameters in real time to avoid damage to the equipment due to sudden conditions. Even in extreme weather conditions, Tycorun's inverters operate stably, providing users with reliable power.
Conclusion
Through a comprehensive comparison of Bestek inverters and Tycorun inverters, it can be seen that compared with Bestek inverters, Tycorun inverters perform better in home energy storage and professional application scenarios with higher conversion efficiency, wide compatibility and comprehensive security protection. For users who pursue high performance, you can choose Tycorun to solve many of your worries about maintenance.
Related articles: inverter industry, grid tie solar inverter, inverter failure