IP67 Water Proof Black Solar Charge Regulator 15A PWM LCD LED
Display For 12V 24V Solar Systems
Product Description:
The charge controller supports both 12V and 24V system voltages,
making it suitable for a wide range of solar power systems. It
features a 5 stage charging process that is optimized for maximum
efficiency and battery life. The charging process includes bulk,
absorption, float, equalization and maintenance stages, which
ensure that your batteries are charged to their fullest potential.
The Digital Solar Charge Controller is available in black color,
which adds a sleek and modern look to your solar power system. The
product is equipped with a BMS wake-up function, which enables it
to automatically wake up the battery management system when the
battery voltage drops to a certain level. This ensures that your
batteries are always protected from overcharging and
over-discharging.
The charge controller is compatible with a wide range of battery
types, including AGM, GEL, WET, Calcium, LiFePO4, and LTO
batteries. This makes it suitable for a wide range of solar power
applications, including residential, commercial, and industrial
settings.
In summary, the Digital Solar Charge Controller is a highly
efficient and reliable solar power voltage regulator that ensures
optimal performance and safety of your solar power system. Its 5
stage charging process, BMS wake-up function, and compatibility
with a wide range of battery types make it an ideal choice for any
solar power system.
Features:
- Product Name: Digital Solar Charge Controller
- Type: PWM Controller
- System Voltage: 12V 24V
- Temperature Compensation: Yes
- Protection: Overcharge/Short Circuit/Reverse Polarity/Over
Temperature
- Rated Current: 15A
This solar voltage regulator, also known as an electric voltage
solar regulator, is perfect for regulating the charging of your
solar panels. With PWM control and the ability to handle both 12V
and 24V systems, it offers temperature compensation and protection
against overcharge, short circuit, reverse polarity, and over
temperature. Its rated current of 15A ensures efficient charging
and long-lasting performance.
Technical Parameters:
| Item No. | MT515-15A |
| Rated Current | 15A |
| Max. Solar Power Input | 285W@12V system , 570W @24 |
| Norminal Solar Input Voltage | 15~44V DC |
| Max. Solar Input Voltage | 50V DC |
| Lowest Operation Voltage | 9V DC |
| Charging Stage | 5 Stage Charging (Soft Start-Bulk-Absorption-Equalization-Float) |
| Battery Type | 6 Types of Battery (AGM, GEL, WET ,Calciium,LTO & LiFePO4) |
| Min. Battery voltage | 3V DC |
| Protection | Over Charge , Input & Output Reverse Polarity , Short Circuit ,
Over temperature, |
| IP Rate | IP22 or IP67 |
| Mounting method | Wall mount |
| Size | 130X102.6X35mm |
| Weight | 250g |
| Operation Temperature | -25~50℃/-13~122℉ |
| Storage Temperature | -40~85℃/-40~185℉ |
Applications:
The Melin Sunergy MT515 digital solar charge controller is perfect
for a wide range of applications. It can be used in residential and
commercial solar systems, as well as off-grid and mobile solar
systems. It is suitable for charging lead-acid batteries, gel
batteries, and lithium batteries. The MT515 is also ideal for
powering outdoor lighting, off-grid cabins, and remote monitoring
systems.
The Melin Sunergy MT515 is a reliable and efficient solar voltage
regulator that is easy to install and use. It comes with an LCD+LED
display that shows the charging status of the battery and the solar
panels. The MT515 also has a BMS wake-up function, which ensures
that the battery is always in good condition. The MT515 has a black
color and dimensions of 130X102.6X35mm, making it easy to integrate
into any solar system.
The Melin Sunergy MT515 is a PWM controller that has a minimum
order quantity of 100 and a delivery time of 25 days. The MT515 has
a supply ability of 5000pcs per month, making it an ideal choice
for large-scale solar installations. Whether you are looking for a
smart solar regulator for your home or business, the Melin Sunergy
MT515 is the perfect choice for you.
