Many locations do not have ready or easy access to power for even basic electrical use such as lighting for the evenings. Numerous municipalities across the United States do not have the budget to provide electricity to power lights for the entirety of their districts. Lighting is critical for safety during evening hours be it for recreational use such as in parks or for more serious use such as in resource scarce environments. Bioenno Power solar devices alleviate this need and additionally provide the capacity to eliminate unnecessary and/or excessive electricity consumption. Our solar charge controllers when paired with our LFP batteries will power LED laps or other light emitting sources. This self-contained closed loop system operates by charging the batteries via solar power during day, those same batteries providing continuous and reliable lighting during at night.
Advanced LFP Based Modular Energy Storage Systems
Modular energy storage systems provide electricity in the field where access to the AC grid is nonexistent in addition to backup power applications after national disasters such as tornadoes and earthquakes where critical infrastructure is damaged. Bioenno Power provides the capacity to fill this role. We currently offer a complete line of secure modular energy storage systems for commercial, consumer, industrial, government, and military applications. The systems incorporates LFP batteries that  provide up to 2,000 charge life cycles, versus only a few hundred using lead acid batteries, and  last up to 6 to 7 times longer than lead acid batteries and can be charged using various charging sources such as an AC-to-DC converter or with a solar panel.
- Integrated DC-AC inverter for powering AC device in portable applications. Compatible devices range from TVs and computers to Radio Telecommunications Equipment.
- Variable DC output capabilities. This range includes:
- 12VDC Car Socket
- USB (5VDC)
- 6mm (12 VDC)
- Anderson Powerpole Discharge Connector (12 VDC)
- Banana Socket (12 VDC)
- LED Battery Capacity Indicator
LFP Battery Solar Controllers*
Solar controllers are required for all solar systems in order to maintain a regulated output voltage to charge batteries and for maintaining a regulating output voltage for loads. We provide variable capacity 12V/24V, 20A/30A versatile Solar Controller for solar systems exclusively for charging LFP Batteries. Input range from 12V/24V up to 30A. The solar controller provides a regulated voltage output for charging 12V/24V LFP batteries in addition to a regulated 12V/24V output for electrical loads.
Bioenno Power 12V/24V, 20A/30A Solar Controller is a versatile controller for solar systems, that is exclusively for charging LiFePO4 (Lithium Iron Phosphate) batteries! This solar controller accepts either 12V/24V input from solar panels and can handle up to 30A. The solar controller provides a regulated voltage output for charging 12V/24V LiFePO4 batteries. The solar controller provides a regulated 12V/24V output for electrical loads. Solar controllers are required for all solar systems in order to maintain a regulated output voltage to charge batteries and for maintaining a regulating output voltage for loads.
12V/24V, 20A / 30A
(Models SC-122420T and SC-122430T)
Batteries Compatible w/ Controller: Lithium Iron Phosphate (LiFePO4)
System Voltage: 12V or 24V (automatic detection)
Allowable Range for Input Voltage (from solar panels): 0V to 50V
Output Voltage to Batteries: 12V or 24V
Output Voltage to Loads: 12V or 24V (depending on battery configuration)
Rated Charge Current (Current Delivered to Battery): Up to 15A / 20A / 30A (depending on the model)
Rated Load Current: Up to 15A / 20A / 30A (depending on the model)
Compatible 12V, Lithium Iron Phosphate Batteries
Nominal Voltage: 12.8V
Over Charge Voltage: 14.6V
High recovery voltage: 13.6V
Saturation Voltage: 12V to 13.6V
Low Discharge Voltage: 10.8V
Low Recovery Voltage: 12V
Compatible 24V, Lithium Iron Phosphate Batteries
Nominal Voltage: 25.6V
Over Charge Voltage: 29.2V
High recovery voltage: 27.2V
Saturation Voltage: 24V to 27.2V
Low Discharge Voltage: 21.6V
Operating Temperature Range of the Controller: -31 F to 131 F (-35C to 55 C)
Please contact email@example.com if you have any questions about compatible batteries for this solar controller.