12V24V36V48V120A MPPT Solar Charge Controller Features
1.Iron shell and excellent heat dispersion
2.The creative maximum power is tracking, can improve the solar system availability dramatically and maximum
conversion rate is >98%.The tracking rate of maximum power is ≥99%
3.With charging mode indicator and working mode indicator;Chinese and English liquid crystal (LCD) display;
4.The components used are all first-line brands, the high temperature resistance is not lower than 105 °C, and
the design life is more than10 years;
5.Display real-time power generation and curve and fault record
6.Display daily power generation and cumulative power generation
| Model | TYC-30IR | TYC-40IR | TYC-50IR | TYC-60IR | TYC-80IR | TYC-100A48 | TYC-120A48 |
| Rated voltage | 12/24/48V Auto，36V Manual setting | ||||||
| Rated current | 30A | 40A | 50A | 60A | 80A | 100A | 120A |
| Maximum protection current | 32A | 42A | 52A | 62A | 82A | 102A | 122A |
| Battery voltage identification range | 12V(DC9-DC15V)；24V(DC18-DC30V)；36V(DC31.5-DC41.25V); 48V(DC36-DC60V） | ||||||
| MPPT Operating voltage range | 12V (DC18V~DC150V)；24V(DC34V~DC150V); 36V(DC50V~DC75V);48V(DC65V-DC150V) | ||||||
| Maximum PV input power | 420W (12V) | 570W (12V) | 700W (12V) | 900W (12V) | 1130W (12V) | 1400W (12V) | 1800W (12V) |
| 840W (24V) | 1130W (24V) | 1400W (24V) | 1700W (24V) | 2270W (24V) | 2800W (24V) | 3400W (24V) | |
| 1650W (48V) | 2270W (48V) | 2800W (48V) | 3400W (48V) | 4540W (48V) | 5600W (48V) | 6800W (48V) | |
| PV input low voltage protection point | 12V:DC16V; 24V:DC30V; 36V:DC45V; 48V:DC60V; | ||||||
| PV input low pressure recovery point | 12V:DC18V; 24V:DC34V; 36V:DC49.5V; 48V:DC65V; | ||||||
| Limit input voltage | DC170V | ||||||
| PV input overvoltage protection point | DC175V | ||||||
| PV input overvoltage recovery point | DC170V | ||||||
| charging method | 3 stage :constant currenet(MPPT),equalizing charge,float charge | ||||||
| Static power consumption | ≤2W | ||||||
| Machine efficiency | 96.5%~99% | ||||||
| PV module utilization | 99 .97% | ||||||
| Float voltage (can be customized) | 12V(13.75V)/ 24V(27.5V)/36V(41.25V)/ 48V(55V)(can be customized) | ||||||
| Average charge voltage(can be customized) | 12V(14.2V)/ 24V(28.4V)/ 36V(42.6V)/ 48V(56.8V)(can be customized) | ||||||
| Recommended PV module voltage | 12V:(18V-60V); 24V:(36V-72V); 36V:(54V-72V); 48V:(72V-144V); | ||||||
| Temperature compensation | -3mV℃/2V | ||||||
| Temperature protection | +85℃ | ||||||
| Temperature rise protection | +80℃or more to reduce power output | ||||||
| Protective function | PV array short circuit, overvoltage, overcurrent , battery overcharge, reverse protection, Under voltage protection |
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| Working temperature | -10℃~+45℃ | ||||||
| Humidity | 0~90%RH ( Not condensation) | ||||||
| Altitude | 0~3000m | ||||||
| Security Level | CE、PSE、FCC、EMC | ||||||
| Mechanical protection class | IP21 | ||||||
| Optional battery type | Lead-acid battery,colloidal batteries,liquid batteries,lithium batteries (Also can be customized for other types of battery charging) |
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| Product Size(mm) | 218*154*65 | 260*192*80 | 295*315*120 | ||||
| Weight(Kg) | 2 | 3.5 | 6.5 | ||||
In the world of renewable energy, a reliable solar charge controller 12V 24V is essential for optimizing your solar power system and ensuring efficient energy management. Whether you're setting up an off-grid cabin, powering a recreational vehicle, or integrating solar into your home, this versatile device acts as the brain of your setup, regulating the flow of electricity from solar panels to batteries. By preventing overcharging and protecting against deep discharges, it safeguards your investment and maximizes the lifespan of your batteries. Imagine harnessing the sun's power seamlessly, with a controller that adapts to both 12V and 24V systems, providing flexibility for various applications. This makes the solar charge controller 12V 24V an indispensable tool for anyone serious about sustainable living and energy independence.
Diving deeper into advanced options, consider the MPPT solar controller 120A, which stands out for its high-capacity performance in larger solar installations. This powerhouse can handle substantial power loads, making it ideal for commercial or industrial setups where maximum efficiency is crucial. With MPPT technology, it tracks the optimal power point of your solar array, converting more sunlight into usable energy compared to traditional PWM controllers. Users often report up to 30% more efficiency, translating to faster charging times and greater overall output. Pair this with a 48V solar charge controller for systems requiring higher voltage, such as off-grid homes or remote power stations. The 48V solar charge controller ensures stable operation in demanding environments, supporting larger battery banks and minimizing energy loss over long cable runs. For those with mid-range needs, a 36V solar charge controller offers a balanced solution, bridging the gap between standard and high-voltage systems while maintaining compatibility with a variety of solar panels.
What truly sets these controllers apart is their suitability for off-grid solar charge controller applications, where reliability is non-negotiable. In remote locations without access to the grid, an off-grid solar charge controller becomes your lifeline, managing energy flow to keep lights on, appliances running, and essential devices powered. The advanced MPPT solar controller takes this to the next level by incorporating smart features like real-time monitoring via LCD displays, allowing you to track voltage, current, and system status at a glance. This not only empowers you to make informed adjustments but also prevents potential issues before they escalate. High power solar controller models, such as those in the TYC series, offer scalability with options like the TYC-120IR that support up to 6800W of input power. Persuading you to upgrade, these controllers promise not just functionality but also peace of mind, with built-in protections against overvoltage, short circuits, and temperature fluctuations.
Exploring specific models, the Sunky 60A MPPT Solar Charge Controller exemplifies user-friendly design with its intuitive interface and eco-friendly green casing. Its LCD display provides critical insights into power voltage and output, while dedicated indicators for charging status and DC output keep you informed in real-time. Navigation is effortless with menu, enter, and page buttons, making adjustments a breeze even for beginners. This controller's MPPT technology ensures you're getting the most from your solar panels, boosting efficiency and reducing energy waste. For broader compatibility, models supporting 12V, 24V, 36V, and 48V systems cater to diverse needs, from small setups to expansive arrays. The TYC-40IR, for instance, handles up to 2270W, perfect for entry-level users, while the TYC-80IR manages 4540W for medium-scale operations. Each model features advanced querying functions like record and fault checks, enabling proactive maintenance and optimal performance.
Furthermore, the universal battery support in these controllers accommodates lead-acid, colloidal, liquid, and lithium types, giving you the freedom to choose the best storage solution without compatibility worries. With MPPT tracing efficiency exceeding 99%, you're assured of superior energy harvest, even on cloudy days. The sleek design, often in vibrant lime green, adds a modern touch to your solar setup, blending aesthetics with functionality. Investing in a high power solar controller isn't just about immediate benefits; it's about long-term savings on energy bills and contributing to a greener planet. By choosing an advanced MPPT solar controller, you're aligning with sustainable practices that reduce your carbon footprint and promote energy autonomy. Don't settle for less when these controllers offer durability, versatility, and cutting-edge technology to elevate your solar experience.
In conclusion, whether you're drawn to the MPPT solar controller 120A for its robust capacity, the 48V solar charge controller for high-voltage efficiency, or the 36V solar charge controller for balanced performance, these devices represent the pinnacle of solar energy management. As an off-grid solar charge controller, they excel in isolated environments, while the advanced MPPT solar controller ensures peak efficiency across all scenarios. Embrace the future of renewable energy with a high power solar controller that delivers reliability and innovation. Make the switch today and experience the transformative power of optimized solar charging—your wallet, your batteries, and the environment will thank you.
