|Nickel Iron (Ni-Fe) Battery - Amp Hours Capacity: 600 Ah; Battery Voltage: 48 Volt|
|24 285 Watt REC TwinPeak Solar Panel [Black Frame]s|
|Solar Ground Mounting System - Size: 21-24 Panels|
|Outback Inverter: Radian GS8048A and GS4048A Advanced Inverter - Model: GS-8048-A (8,000 watt)|
|2 OutBack FLEXmax MPPT Charge Controllers - Model: FLEXmax 80|
|Outback MATE-3 System Controller|
|Outback HUB Communications Manager - Model: Hub 4|
|Outback Radian GS Load Center - # of Charge Controllers: 1 or 2|
|2 Circuit Breaker-Panel Mount-150VDC (MidNite Solar) (not for Schneider PDP)s - Amps: 60 A, Single Pole|
|2 Circuit Breaker-Panel Mount-150VDC (MidNite Solar) (not for Schneider PDP)s - Amps: 100 A, Single Pole|
|MidNite Solar Combiner Box - MNPV12|
|8 Circuit Breaker-DIN Mount-150VDC (MidNite Solar)s - Amps: 15|
|MidNite Solar Lightning Arrestor and Surge Protection Device (SPD) - Volts: 0-300 Volts AC|
|2 MidNite Solar Lightning Arrestor and Surge Protection Device (SPD)s - Volts: 0-115 Volts DC|
|4 Solar PV Array Cables - Feet: 50 (H4 Connector)|
|4 Solar PV Array Cables - Feet: 30|
|Solar Panel Cable Tool|
|Alpha Passoni Battery Rack for INDUSTRIAL SERIES Battery - Rack Type: 48V 400-700Ah, 2 Step 2 Tier|
|Battery Vent Fan - Volts: 48 Volt|
|2 Battery Cable - 4/0 AWG (up to 260 amps) with Lugs - Feet: 12|
|2 Battery Cable - 4/0 AWG (up to 260 amps) with Lugs - Feet: 2|
|Battery Cable - 4/0 AWG (up to 260 amps) with Lug - Feet: 4|
|Total Retail: $47,393.75|
|Package Savings: $8,324.10|
* 23 USABLE kWh Iron Edison Nickel Iron Battery (48 volts, 600 AH)
* 6.8 KW Solar Array (Ground Mount)
* 8 KW Continuous Output Pure-Sine Multi-Mode Inverter
* Circuit Breakers, PV & Battery Cables, Battery Rack and MORE!
The Radian Series GS8048 Inverter provides full flexibility in grid-interactive OR off-grid modes. This Inverter/Charger is engineered toward one goal: making system design and installation easier and faster in grid-interactive and comprehensive off-grid applications.
The Radian Series simplifies the configuration, distribution, and implementation of energy storage through a standardized approach when integrated with an OutBack GS Load Center, making it easier than ever to provide successful solutions for virtually any residential, commercial or institutional power requirement.
The 120/240V 60Hz split-phase Radian is an 8,000 Watt continuous power solution that seamlessly integrates with traditional North American wiring practices. The models combine pure sine wave power output technology with unsurpassed surge capability to start the most demanding appliances, and are built around a unique dual-power module design which ensures high efficiency in both low and full power operation as well as redundancy in mission-critical applications.
Both Grid/Hybrid inverters incorporate OutBack’s FLEXgrid™ technology for full operational flexibility. Modular system architecture and simplified parallel design support system scaling of up to 10 inverters delivering 80kW (GS8048). System integration and programming are easy with OutBack’s powerful MATE3 Control and HUB Communications Management devices. An advanced, front-vented layout provides optimum cooling in zero-clearance installations (i.e. where units are stacked next to each other). The field serviceable design simplifies maintenance if needed, and firmware updates can be easily made in the field without specialized equipment.
Over a century ago, Thomas Edison found a battery design that he considered to be nearly perfect. Today, Iron Edison is proud to offer an updated version of this incredible design that is specifically manufactured for Renewable Energy systems.
Iron Edison now offers a full line of solar panels, charge controllers, inverters and more!
For more information on the advantages of Iron Edison batteries and on our company, check out our About page. Technical specifications and operating procedures can be found in our Reference Library.
A brighter future. Off the grid. Iron Edison battery systems can be used for 12, 24 and 48 volt applications. We can also help you optimize battery capacity to take better advantage of the solar, wind and other hardware you may already have in place.