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Apollo T80 Charge
Controller, 80 amp MPPT Battery Charge Management System
Power and Control in a Single Device
The T80 TurboChargerTM integrates Maximum Power Point
Tracking, battery charge management, state of charge information and
communications into a single device. With 80 Amps continuous output, the T80
has the largest capacity in the industry by over 30%.
Continuous Power Rating Up to 113F (45C) Ambient
The T80 TurboChargerTM produces
full-rated power without de-rating up to 45C ambient temperature. Above
that, the output current is reduced gradually to protect the life of the T80
and then automatically ramped up as the temperature decreases. high
efficiency power circuits and robust thermal design minimize heat
generation. The internal temperature-controlled variable speed fan runs just
fast enough to maintain optimum reliability.
Energy Monitor Built In
The T80 includes a built-in Energy Monitor using TriMetricTM
Technology from Bogart Engineering. The monitor tracks power production and
consumption to calculate the energy remaining in the batter. State of Charge
(SOC) is displayed in Percent Full, Amp-hours, Watt-Hours, and Bar-Graph
format. In addition, 90 days of energy-harvest history is stored in the T80.
Enhanced Battery Performance and Life
The T80 supports Flooded Lead Acid (FLA), GEL and Absorbed Glass Mat (AGM)
batteries. Four-stage charging with adjustable set points for all
parameters.
Optimum MPPT/Charging Efficiency Cuts Costs
The T80 captures up to 35% more power from the photovoltaic (PV) array with
patent-pending MPPT technology. The Apollo MPPT algorithm starts early and
locks onto the peak power during rapidly changing insolatrion and
temperature. The T80 dramatically cuts the cost of a PV system by reducing
the number of PV panels required, eliminating the need for heavy gauge
wiring, and increasing the life of the storage batteries.
Integral Performance-and-Updated Communications
The slot for optional add-in cards provides data communication to Remote
Displays, PCs and the Internet. System performance can be monitored remotely
and the T80 accepts software upgrades using a PC and the Remote Display's SD
Memory Card.
Features
- 80 Amps continuous output at up to 113F (45C) ambient temperature.
- Built-in Battery Energy Monitor
- Patent Pending MPPT Provides Best Energy Harvest Available
- Wire the PV modules in series up to 72 VDC nominal (140 Voc max)>
- Parallel T80's for higher currents: Stack Up to 16 units
- Precision charging of 12/24/36/48 volt batteries with one-minute set-up and Fail-safe calculated defaults
- Wired/Wireless Remote Displays
- Maximum output current: 80 amps continuous at up to 113F (45C) ambient temperature
- Battery voltages: 12, 24, 36, or 48 VDC nominal
- Max PV input current: 70 amps
- Input voltage range: 16 to 112 VDC operating, 140 VDC Maximum Open Circuit Voltage
- Max PV array power: 5200 Watts (maximum when equalizing a 48v battery to 64v at 80 amps)
- Charge regulation modes: Bulk, Absorption, Float, Standby, Auto Equalization, and Manual Equalization
- MPPT Features: Apollo Solar patent-pending MPPT algorithm harvests the optimum power under all conditions of clouds or temperature
- Battery temperature compensation: 6.0 mV per C per 2 volt cell
- Display: Built-in 4-line 20-character LCD with back light
- Status Reporting: LCD status screen displays input voltage and current, Output voltage and current, Charge-mode, and Battery State-Of-Charge (SOC)
- Data Logging: Logs energy harvested for 90 days. LCD displays Watt-hours, kW-hours, Amp hours, and hours each day that Float mode is active.
- Energy Monitor: LCD shows SOC (state-of-charge) in a fuel gauge style bar graph as well as % Full, Amp-hours, Watt-hrs and present charge or discharge current. A 50 mV / 500 amp shunt is required to use the Energy Monitor features.
- Auxiliary relays: Two independent relays with form A (SPST) contacts for control of external devices. Configurable as NO or NC. Contact rating 1/2 amp, 50 VDC.
- Operating Temperature and de-rating: Full power output at 45C ambient output current automatically ramped down above 45C and softly restored as temperature decreases.
- Standby Power: Less then 2 watts
- Data Communication Options: Card slot for optional Apollo Network and Wireless link to Remote Display
- Connectors: Power lugs accept 14 to 10. No. 2 wire recommended
- Conduit knockouts: One 1" or 1.25" and one 0.5" or 0.75" on left side. Two 0.5" or 0.75" on back. Two 1" or 1.25" on bottom. Bottom holes line up with power connectors.
- Certifications: UL1741, CSA C22.2 No. 107.1
- Environmental Rating: Indoor Type 1 (Not intended for use in extremely damp locations.)
- Included Accessory Kit: Apollo Shunt Board and cable, battery monitor cable, and Battery Temperature Sensor.
Shipping Weight: 22 lbs. (10 kg)
Shipping Dimensions (HxWxD): 21”x 12.5 x 8.5” (530 x 318 x 216 mm)
Weight: 16 lbs (7.3 kg)
Unit Dimensions (HxWxD): 15.2 “x 8.5” x 4.4” (387 x 216 x 111 mm)
Power and Control in a Single Device
The T100 TurboChargerTM integrates Maximum Power Point Tracking, battery charge management, state of charge information and communications into a single device. With 80 Amps continuous output, the T100 has the largest capacity in the industry by over 30%.
Continuous Power Rating Up to 113F (45C) Ambient
The T100 TurboChargerTM produces full-rated power without de-rating up to 45C ambient temperature. Above that, the output current is reduced gradually to protect the life of the T80 and then automatically ramped up as the temperature decreases. high efficiency power circuits and robust thermal design minimize heat generation. The internal temperature-controlled variable speed fan runs just fast enough to maintain optimum reliability.
Energy Monitor Built In
The T100 includes a built-in Energy Monitor using TriMetricTM Technology from Bogart Engineering. The monitor tracks power production and consumption to calculate the energy remaining in the batter. State of Charge (SOC) is displayed in Percent Full, Amp-hours, Watt-Hours, and Bar-Graph format. In addition, 90 days of energy-harvest history is stored in the T100.
Enhanced Battery Performance and Life
The T100 supports Flooded Lead Acid (FLA), GEL and Absorbed Glass Mat (AGM) batteries. Four-stage charging with adjustable set points for all parameters.
Optimum MPPT/Charging Efficiency Cuts Costs
The T100 captures up to 35% more power from the photovoltaic (PV) array with patent-pending MPPT technology. The Apollo MPPT algorithm starts early and locks onto the peak power during rapidly changing insolatrion and temperature. The T80 dramatically cuts the cost of a PV system by reducing the number of PV panels required, eliminating the need for heavy gauge wiring, and increasing the life of the storage batteries.
Integral Performance-and-Updated Communications
The slot for optional add-in cards provides data communication to Remote Displays, PCs and the Internet. System performance can be monitored remotely and the T100 accepts software upgrades using a PC and the Remote Display's SD Memory Card.
Features
- 100 Amps continuous output at up to 113F (45C) ambient temperature.
- Built-in Battery Energy Monitor
- Patent Pending MPPT Provides Best Energy Harvest Available
- Wire the PV modules in series up to 72 VDC nominal (140 Voc max)>
- Parallel T80's for higher currents: Stack Up to 16 units
- Precision charging of 12/24/36/48 volt batteries with one-minute set-up and Fail-safe calculated defaults
- Wired/Wireless Remote Displays
- Maximum output current: 100 amps continuous at up to 113F (45C) ambient temperature
- Battery voltages: 12, 24, 36, or 48 VDC nominal
- Max PV input current: 70 amps
- Input voltage range: 16 to 112 VDC operating, 140 VDC Maximum Open Circuit Voltage
- Max PV array power: 5200 Watts (maximum when equalizing a 48v battery to 64v at 80 amps)
- Charge regulation modes: Bulk, Absorption, Float, Standby, Auto Equalization, and Manual Equalization
- MPPT Features: Apollo Solar patent-pending MPPT algorithm harvests the optimum power under all conditions of clouds or temperature
- Battery temperature compensation: 6.0 mV per C per 2 volt cell
- Display: Built-in 4-line 20-character LCD with back light
- Status Reporting: LCD status screen displays input voltage and current, Output voltage and current, Charge-mode, and Battery State-Of-Charge (SOC)
- Data Logging: Logs energy harvested for 90 days. LCD displays Watt-hours, kW-hours, Amp hours, and hours each day that Float mode is active.
- Energy Monitor: LCD shows SOC (state-of-charge) in a fuel gauge style bar graph as well as % Full, Amp-hours, Watt-hrs and present charge or discharge current. A 50 mV / 500 amp shunt is required to use the Energy Monitor features.
- Auxiliary relays: Two independent relays with form A (SPST) contacts for control of external devices. Configurable as NO or NC. Contact rating 1/2 amp, 50 VDC.
- Operating Temperature and de-rating: Full power output at 45C ambient output current automatically ramped down above 45C and softly restored as temperature decreases.
- Standby Power: Less then 2 watts
- Data Communication Options: Card slot for optional Apollo Network and Wireless link to Remote Display
- Connectors: Power lugs accept 14 to 10. No. 2 wire recommended
- Conduit knockouts: One 1" or 1.25" and one 0.5" or 0.75" on left side. Two 0.5" or 0.75" on back. Two 1" or 1.25" on bottom. Bottom holes line up with power connectors.
- Certifications: UL1741, CSA C22.2 No. 107.1
- Environmental Rating: Indoor Type 1 (Not intended for use in extremely damp locations.)
- Included Accessory Kit: Apollo Shunt Board and cable, battery monitor cable, and Battery Temperature Sensor.
Shipping Dimensions (HxWxD): 21”x 12.5 x 8.5” (530 x 318 x 216 mm)
Weight: 16 lbs (7.3 kg)
Unit Dimensions (HxWxD): 15.2 “x 8.5” x 4.4” (387 x 216 x 111 mm)
Apollo Low
Temperature Overvoltage Bypass
Protect PV System Equipment From High PV Open-Circuit Voltages At Low
Temperatures
Automatically Bypasses PV Module at Low Temperatures to Drop Voc
Expand the Input Voltage Range of any Inverter or Charge Controller
- Add extra PV module to every string
- Use with any modules up to 85 Voc
- Any string voltage up to 600 VDC
- Switch up to 8 Amps per string
- Choice of temperature point
- Size arrays for maximum power and forget the cold/Voc problem
- MC connectors - quick wiring
- Sticks to back of anhy module
- Very low power consumption
- Failsafe to low voltage output
Size the PV Array for Optimum Performance
Every PV array can now be sized without regards to high open circuit voltages at low termperatures. The Apollo Solar LTOB automatically switches modules out of the circuit if the temperature falls below the specified point.
Simple, Reliable Operation.
On the graph (see data sheet), the LTOB removes 1 module from the 6-module string keeping Voc under 140V. When the temperature falls below (50F) 10C the LTOB turns on and the top module is switched out of the circuit so the Voc drops to 120V. The 5-module string is below the 140V limit down to -40C. When the temperature rises, the LTOB turns off and the module is switched back into the circuit.
Fast, Easy Installation
The Apollo Solar LTOB units are supplied with an adhesive tape on the back side. Just peel off the backing layer and stick the LTOB and Temperature Sensor to the back of the PV module to be cut from the string. Simply snap the MC connectors together as shown in the diagram (see data sheet). At normal or high temperatures the LTOB connects straight through and the PV array functions normally.
Specifications
- Maximum PV Module Voc: 85 VDC (Sanyo HIT200 PV modules are 79.88 Voc at -40C)
- Maximum String Voltage: 600 VDC
- Maximum String Current: 8 amps DC
- LTOB Power Consumption: 10 mA from the PV module
- Model Number: 0 10 (Other temperatures available on request).
- Turn off temperature: 0C 10C
- Turn on temperature: 5C 15C
- Temperature-switch accuracy: +/- 2C
- Environmental rating: NEMA 4
Weight: 0.5 lbs (0.227 kg)
Dimensions (HxWxD): 4.6 “x 3.6” x 1.4” (117 x 92 x 36 mm)
DC90 90 Amp DC circuit breaker Features
Weight: 2 lbs (0.91 kg) Dimensions: 0.75” (18 mm) wide
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DC100 100 Amp DC circuit breakerFeatures
Weight: 2 lbs (0.91 kg) Dimensions: 0.75” (18mm) wide
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Apollo Wired Remote Display
RD 100 Wireless and RD Wired Features and Benefits
- Displays comprehensive status of PV array, and Battery system
- Battery State of Charge: % Full, Bar Graph and Amp-Hours
- PV current and voltage
- Battery charge/discharge Amps
- 90 days of system history
- Wireless version:
- 100 foot range in buildings
- 300 feet outside (line of sight)
- Repeater available
- FCC approved.
- Includes rechargeable batteries
- Wired version: CAT5 cable sends data and power from the T80
- Desktop or wall mount
- Transflective LCD with back light
Battery system management in a convenient portable package. See what the PV array, Charge Controller, Batteries and Load are doing any time. Check the results for each day for the last 90 days.
Battery Energy Monitor Display is Essential
The T80 TurboChargerTM includes a built-in energy monitor based on TriMetric technology which tracks power production and consumption then calculates the energy remaining in the battery. State of Charge (SOC) is displayed in Percent Full, Amp-hours and bar graph format. This is the "gas gauge" that is essential in battery based systems. The T80 goes further by recording 90 days of historical data on energy production, usage, and number of days since fully charged. The Remote Display shows all the information at a glance at a convenient location.
Wireless Option Card for the T80 TurboChargerTM
The Wireless DataComm Board installed in the T80 Option Card slot comes with a chassis mount antenna.
Simple installation
No set up or programming. The wireless version couldn't be easier, just turn it on. The wired version is plug and play. Either Remote Display can be added to any T80 TurboChargerTM in the field.
Wireless Version RD100
The wireless board includes in internal antenna and rechargeable NiMH batteries with on board charging. Charging input may be 12v to 24v DC or 115VAC using the plug-in wall transformer.
Wired version RD-Wired
The serial port in the T80 provides the data and power for the Remote Readout using a 4 wire cable.
Shipping Weight: 2.2 lbs. (1 kg)
Shipping Dimensions (HWD): 11”x 8" x 7” (280 x 200 x 180 mm)
Weight: 12 oz (0.318 kg)
Dimensions (HxWxD): 7.3 “x 4.3” x 2.4” (185 x 110 x 60 mm)
Apollo Wireless Remote Display
RD 100 Wireless and RD Wired Features and Benefits
- Displays comprehensive status of PV array, and Battery system
- Battery State of Charge: % Full, Bar Graph and Amp-Hours
- PV current and voltage
- Battery charge/discharge Amps
- 90 days of system history
- Wireless version:
- 100 foot range in buildings
- 300 feet outside (line of sight)
- Repeater available
- FCC approved.
- Includes rechargeable batteries
- Wired version: CAT5 cable sends data and power from the T80
- Desktop or wall mount
- Transflective LCD with back light
Battery system management in a convenient portable package. See what the PV array, Charge Controller, Batteries and Load are doing any time. Check the results for each day for the last 90 days.
Battery Energy Monitor Display is Essential
The T80 TurboChargerTM includes a built-in energy monitor based on TriMetric technology which tracks power production and consumption then calculates the energy remaining in the battery. State of Charge (SOC) is displayed in Percent Full, Amp-hours and bar graph format. This is the "gas gauge" that is essential in battery based systems. The T80 goes further by recording 90 days of historical data on energy production, usage, and number of days since fully charged. The Remote Display shows all the information at a glance at a convenient location.
Wireless Option Card for the T80 TurboChargerTM
The Wireless DataComm Board installed in the T80 Option Card slot comes with a chassis mount antenna.
Simple installation
No set up or programming. The wireless version couldn't be easier, just turn it on. The wired version is plug and play. Either Remote Display can be added to any T80 TurboChargerTM in the field.
Wireless Version RD100
The wireless board includes in internal antenna and rechargeable NiMH batteries with on board charging. Charging input may be 12v to 24v DC or 115VAC using the plug-in wall transformer.
Wired version RD-Wired
The serial port in the T80 provides the data and power for the Remote Readout using a 4 wire cable.
Shipping Weight: 2.2 lbs. (1 kg)
Shipping Dimensions (HWD): 11”x 8" x 7” (280 x 200 x 180 mm)
Weight: 1.4 lbs (0.635 kg)
Dimensions (HxWxD): 7.3 “x 4.3” x 2.4” (185 x 110 x 60 mm)
ASNET
– Network Kit – Provides T80 with connectivity- Includes Network Option Card and a 7ft (2 meter) CAT5 cable.
Weight: 2 lbs (0.91 kg)
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