The BPC PowerGem Plus RT - LFP is a unique range of high-density UPS Systems designed to be used with Lithium Ferro Phosphate battery technology (also known as LFP or LiFePO4) which are combined to offer standby power systems suitable for a wide range of arduous applications.
The PowerGem UPS and LFP battery system combine to give an ultra-efficient system resulting in improved operational performance up to 99% in ECO mode, 95.5% in inverter mode. Also, providing greater reliability in arduous applications requiring frequent deep discharges.
The PowerGem UPS is equipped with the latest digital signal processor (DSP) technology and the LFP battery has BMS design controls ensuring adaptive equalization for each cell maximising energy storage and availability performance while protecting the safety of the battery system at all times.
RACK/ TOWER CONFIGURATION
The PowerGem Plus RT range is extremely versatile and designed to have the flexibility to use as a floor standing tower type UPS or to be integrated into the client's 19” rack cabinet. The enhanced programmable LCD display can be manually positioned to suit both modes of operation by simply removing and rotating the display panel.
UNITY POWER FACTOR
The PowerGem Plus RT range adopts DSP and highly efficient electronic IGBT inverter technology providing one of the highest power density ratios in the UPS industry. Advanced inverter circuitry delivers unity power factor maximising power output.
ADVANCED FUNCTIONAL LCD DISPLAY
The PowerGem Plus RT DSP controlled UPS provides an intelligent high-density system suitable for powering a wide range of devices both simply and accurately. A precise backlit comprehensive LCD display with schematic operation status of the UPS, LED indicators and function keys allowing all the key parameters, alarms and indications to be shown.
WIDE INPUT VOLTAGE
Part of the unique design of the PowerGem Plus RT is to improve the performance in extreme site conditions with a wide input voltage window, ranging from 110 volts to 300 volts, without the need for the system to transfer into Battery Mode.
COMMUNICATION INTERFACE
This feature will allow either the USB or RS232 communication port to work with an SNMP simultaneously. The internal slot is provided for remote control and monitoring agents like SNMP or relay cards.
LOW NOISE LEVEL
More often the PowerGem Plus RT range will be installed in an office workspace and the environment will be an important factor in the design. Therefore, by using modern high frequency technology the noise dissipation is reduced to less than 50dBA for smaller units.
ENERGY DENSITY
BPC LFP batteries have high energy density which is equivalent to one third of valve regulated lead acid batteries.
HIGH AMBIENT TEMPERATURES
BPC LFP cells have a better temperature coefficient of resistance and can resist thermal runaway unlike VRLA products which have problems with high temperature and over-charging. LFP cells have less heat dissipation and no gas emissions, so they can easily operate in sealed cabinets without the need for air conditioning.
HIGHER CYCLE LIFE
BPC LFP battery options have the capability to perform numerous deep discharge cycles which would normally damage or create permanent failure to other types of batteries. Under normal circumstances, this battery can be considered to achieve 10 times better Cycling performance than conventional lead acid batteries.
LONGER LIFE EXPECTANCY
Each BPC LFP cell is fully protected by a sophisticated specially designed management system that constantly monitors to ensure the battery is always optimized for best performance and longevity.
ARDUOUS APPLICATIONS AND ULTRA RELIABILITY
LFP technology is used on the International Space Station, Boeing 787 Dreamliner's, and the growing industrial standards for Electric Vehicles, Utility Scale standby and power back-up in general. The optimal design for these applications require ultra reliability, high energy density, unparalleled cycling ability and long life.
SAFETY
BPC LFP batteries are intrinsically safer because they are fully protected by a sophisticated BMS system and the natural use of synthetic materials, excellent thermal and chemical stability improves the overall battery safety. All BPC LFP battery products are UN subsection 38.3 certified.
ENVIRONMENTALLY FRIENDLY ENERGY SAVING
The intelligent microprocessor-based control system allows for the very low power consumption offered by the interactive ECO mode which provides efficiencies as high as 97%. PowerGem Plus RT switches instantaneously to online double conversion operation automatically when the mains become unstable and fluctuate outside the normal frequency and voltage parameters.
Model | PGPRT 1000 LFP | PGPRT 2000 LFP | PGPRT 3000 LFP | PGPRT 5000 LFP | PGPRT 6000 LFP | PGPRT 10K |
Power Rating VA / Watts | 1000VA / 1000W | 2000VA / 2000W | 3000VA / 3000W | 5kVA / 5kW | 6kVA / 6kW | 10kVA / 10kW |
Input | ||||||
Nominal Voltage | 208/220/230/240 | 208/220/230/240 | ||||
Voltage Range | 110 - 300 Vac (Load dependent) | 110~300 (110~300@50% load/176~300@100% load) | ||||
Frequency Range | 40 - 70Hz | |||||
Power Factor | >0.99 @ 100% load | |||||
Output | ||||||
Nominal Voltage | 208 / 220 / 230 / 240 Vac | 208 / 220 / 230 / 240 Vac | ||||
Voltage Regulation |
+ 1% | |||||
Power Factor |
1.0 | 1.0 | ||||
Output Frequency |
Line mode: 46-54/ 56-64, synchronise with input; Bat. Mode: 50/60 + 0.1 | Online mode: ±1%/±2%/±4%/±5%/±10% of the rated frequency (Optional); Battery mode: (50/60±0.1%) | ||||
Crest Factor | 3:1 | |||||
Harmonic Distortion (THDv) |
≤3% Linear load; < 5% Non linear mode (1-3kVA) | <1% Linear load ; <3% Non linear load (5-10kVA) | |||||
Transfer Time | Zero | |||||
Wavefrom | Pure Sinweave | |||||
Efficiency | ||||||
AC Mode | < 90.5% | < 92% | < 92% | |||
ECO Mode | < 95% | < 96% | < 96.5% | |||
Battery | ||||||
Battery Type | Lithium Ferro Phosphate (LFP/ LiFePO4) | |||||
Battery Voltage | 24 or 36 Volts | 48 Volts | 72 Volts | External matching battery cabinet - 192 / 216 / 240 Volts | ||
Typical Recharge Time | 4 hours recover to 90% capacity | |||||
Charging Current (max.) Standard Models |
1A | 10A adjustable by LCD display | ||||
Charging Current (max.) Long Runtime Models |
12A adjusted by LCD display | - | - | |||
General | ||||||
Operating Humidity | 20 - 90% RH @ 0-40 (non-condensing) | |||||
Accoustic Noise Level | <50 db="" at="" 1="" metre="" --50--=""> | <55 db="" at="" 1metre="" --55--=""> | ||||
Management Software | Included | |||||
Standard Model Dimensions (mm) W x D x H |
438 x 325 x 88 (24vdc) / 438 x 460 x 88 (36vdc option) | 438 x 460 x 88 | 438 x 600 x 88 |
438 x 725 x 88 BCRT20N009 Battery Cabinet = 438 x 585 x 133 |
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Standard Model Net Weight (kgs) |
11.3 | 19.1 | 26.2 |
15 BCRT20N009 = 64 |
16 BCRT20N009 = 64 |
|
Long Runtime Model Dimensions (mm) W x D x H |
438×325×88 | 438×500×88 (PGPRT 2000LFP), 438×640×88 (PGPRT 3000LFP) | - | - | ||
Long Runtime Model Net weight (Kgs) |
10 | 16.5 | 23 | - | - |