Description
A small solar charge controller for IoT devices in the field where mains power is not available. Field instruments can be made fully solar powered using this charge controller. Battery may also be installed inside IP-67 enclosure for protection from rain and dust. The charge controller with battery acts as power backup device with is 100% powered using solar energy. LED indications are provided to display battery charging, DC load, and faults. It is a plug and play system and requires minimum setup time in field. The charge controller incorporates all protections including reverse battery, reverse PV, overload, short-circuit, etc. to reduce field failures.
Why Choose the CC-for-IoT?
Cost-Effective Solution: Low cost solution for powering remote monitoring IoT devices.
Convenient Power Source: Perfect for providing power to 12V DC equipments in remote locations.
Rugged design: Complete protection from dust and rain. IP65 enclosure houses the charge controller and Lithium battery pack.
Key Features
- MPPT Based Design: Ensures highest power yield with zero voltage drop.
- Precision Battery Charging: Extends battery life with intelligent charging modes.
- Multiple Battery Compatibility: Can support Lead-acid, Li-ion, and LiFePO4 battery types.
- High DC Load Capacity: Can continuously power up to 100W DC load.
Where Can It Be Used?
- Remote locations: Reliable and rugged solar based solution for power backup.
- Weather monitoring: Can act as a stand alone power source for various sensors.
- Small Solar Systems: Ideal for setups requiring up to 8A charging capacity.
Why Systellar Innovations?
As a leader in solar technology, we offer:
- High-Quality Design: Built with precision for reliable performance.
- Custom Solutions: Tailored to meet your unique energy needs.
- Affordable Pricing: Delivering value without compromising on quality.
Freedom with Solar power!
Power your DC equipment in remote locations using Systellar solar charge controller for IoT devices. Contact us now for more information.
Call: +91-9568004455
Email: info@systellar.in
Technical Specifications
| 1 |
Make |
Systellar Innovations |
| 2 |
Model |
CC_FOR_IOT |
| 3 |
Application |
Outdoor |
| 4 |
Solar Panel Input |
|
Max rated power: |
20W / 75W / 120W |
|
Max V_oc: |
20V – 22V |
| 5 |
Battery Specifications |
|
Battery Chemistry: |
LiFePo4 |
|
Nominal Voltage: |
12.8V |
| 6 |
Load Output |
|
Load Voltage: |
Same as Battery voltage |
|
Load Max Current: |
2A / 5A / 8A |
|
Overload cutoff: |
Yes (Within 100usec) |
|
Overload reconnect: |
After 30 seconds |
|
Low batt load Cutoff Voltage: |
12.0V (+/- 0.2V) |
|
Low batt load reconnect Voltage: |
12.8V (+/-0.2V) |
|
Load Supply Efficiency: |
> 98% |
| 7 |
Solar Panel voltage measurement signal |
| |
Range: |
1V to 5V |
| |
V_sp signal max Output current: |
10mA |
| |
Source Impedance: |
100 Ohm |
| |
At V_sp 0V V_sp_sense_sig: |
1V |
| |
At V_sp 24V V_sp_sense_sig: |
5V |
| |
Use Following Equation for calc: |
V_sp_sense_signal = (PV Voltage / 6) + 1 |
| 8 |
Battery voltage measurement signal |
| |
Range: |
1V to 5V |
| |
V_batt signal max Output current: |
10mA |
| |
Source Impedance: |
100 Ohm |
| |
At V_batt 0V V_batt_sense_sig: |
1V |
| |
At V_batt 16V V_batt_sense_sig: |
5V |
| |
Use following equation for calc: |
V_batt_sense_signal = (Batt Voltage / 4) + 1 |
| |
Note: If battery is disconnected then V_batt_sense_signal is 0V at night |
|
| 9 |
Green LED Indications |
| |
LED_G blinks once every 5 seconds |
Battery connected, Not charging |
| |
LED_G blinks once every 2 seconds |
Battery I_chg <= 0.25Amp current |
| |
LED_G blinks twice every 2 seconds |
Battery I_chg > 0.25Amp current |
| |
LED_G solid on |
Battery is fully charged |
| |
LED_G off |
Battery disconnected / Fully discharged at night |
| 10 |
Yellow LED indications |
| |
LED_Y blinks once every 2 seconds |
Low Battery |
| 11 |
RED LED indications |
| |
LED_R blinks 250msec on/ 250msec off Battery connected in Reverse |
Battery connected in Reverse |
| |
LED_R blinks twice every 2 seconds |
Load overload shutoff |
| |
LED_R solid on |
Battery high cut (As soon as battery voltage reaches < 14.2V (+/- 0.2V), LED_R turns OFF |
| 12 |
Charging Methodology |
| |
Conversion technology: |
MPPT (Maximum Power point tracking) |
| |
Charging Mode: |
CC-CV |
| |
|
CC Mode: (During battery charging) Charges the battery with the maximum constant current available from the solar panel till battery voltage < 13.80V, I_chg tapers off to 0A as V_batt rises to 14.2V |
| |
|
CV Mode: (Once battery gets fully charged) Charges the battery with the required current to maintain it to 14.2V |
| |
Charging Efficiency: |
>= 91% |
| 13 |
Protections: |
| |
Solar Panel Reverse protection |
|
| |
Battery Reverse protection |
|
| |
Battery Overcharging protection |
|
| |
Battery Deep discharge protection |
|
| |
Surge Protection |
|
| |
Load short circuit protection |
|
| |
Open circuit protection |
|
| Note |
Charge controller dynamically adjusts Maximum power point to extract the maximum possible power available from the solar panel under all weather conditions. |
Note: For product enhancement, product parameters can be changed without notice
