Off-Grid Solar |
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Case Study |
System Specifications |
Reason Trojan Batteries Where Chosen |
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Solar Powered Remote Microgrids
Choco, Colombia |
- Solar System Capacity: 191KWp
- Batteries: (288) Trojan IND29-4V, 2,105 Ah @ C100-Hr,
- deep-cycle, advanced lead acid with Smart Carbon™
- (12) Trojan IND13-6V, 695 Ah @C20-Hr, deep-cycle,
- advanced lead-acid with Smart Carbon
- Battery Life: 17 years (per IEC 61427)
- Battery Bank Configuration: 48V and 24V
- Solar Modules: 250W Trina Solar panels
- Inverter-chargers: Bidirectional Sunny Island inverter-chargers
- Inverters: Sunny Boy inverters
- Backup Generator: Cummins Diesel Generators
- Total Microgrid, Installed: 5
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The project required batteries designed to last for the duration of the installation, while also having the lowest Levelized Cost of Energy (LCOE).
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Solar Powered Tiny House
Georgia & Tennessee |
Georgia – John & Fin Kernohan
- Batteries: (4) Trojan L16RE-B deep-cycle flooded batteries, Premium Line
- Battery Bank Wattage: 48V 1021 Ah
- Solar Panels: (4) 100-watt, 12V Renogy PV panels
- Charge Controller: Renogy Tracer 4210 amp MPPT
- Inverter: (1) Bestek 1000W
Tennessee – Bonnielee Cuevas
- Batteries: (4) Trojan T-105 deep-cycle flooded batteries
- Battery Bank Wattage: 450 amp hours @ 20-hour rate
- Solar Panels: (4) 100-watt, 12V Windy Nation PV panels
- Charge Controller: 30 amps
- Inverter: (1) Windy Nation Vertamax 3000W, 3000 peak 1500 RMS
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The “Tiny House” movement has taken the country by storm. But for some, living the “Tiny House” experience has been a way of life for the last several years. Be it downsizing to reduce living costs, a desire to live a simpler life, reducing the environmental impact versus traditional home living, or simply to travel and see the country, “Tiny House” living has reach epic proportions with a wide range of demographics adopting this new lifestyle. With most tiny house homes measuring less than 300-square-feet, a smart and thoughtful design is key, as well as, ensuring that modern amenities such as electricity is available.
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- Solar System Capacity: 6kWp
- Batteries:(32) L16RE-A Premium Line Flooded
- Battery Bank Configuration: 2 banks of 48V 414Ah
- Charger-Inverter: (2) Outback Power, 3048E
- Charge Controller: (2) Outback FM80
- Total Systems Installed: 1
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The implementation of the system makes Hibiscus Villa a true ‘Net Zero’ energy independent resort home; a clear testimony of the energy independence that can be achieved with solar technology, robust and reliable energy storage and engineering innovation.
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- Spice Village Resort
- India
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- Solar System Capacity: 65kWp
- Batteries: (72) IND29-4V Industrial Line Flooded
- Charge Controller: (9) SMA Sunny Island 5048
- Battery Bank: 3 clusters of 48V 2,722Ah
- Total Systems Installed: 1
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Industrial deep-cycle flooded batteries, which offer 17 years of life according to IEC 61427 testing, were chosen over VRLA batteries because of their affordability and long life.
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