POWER PLANT LEST
The LEST power plant is built on the basis of the basic PBR module/stack. It's a simple, self-contained, ready-to-use, robust platform that's fully scalable.
The power plant provides cost-effective and safe energy generation/storage.
LEST can be used as a load balancing system for public power supply systems during periods of maximum and minimum energy consumption.
ADVANTAGES OF THE TECHNOLOGY
DEPTH OF DISCHARGE.
Unlike lithium-ion, they can be constantly discharged «to zero».
PBR batteries do not degrade from deep discharge.
FAST RELOADING/REFUELING CAPABILITY.
SAFETY.
PBR batteries are resistant to high temperatures and do not explode,
no need for air conditioning and fire extinguishing systems.
SAFETY FOR HUMANS AND THE ENVIRONMENT.
PBR batteries do not contain harmful and toxic substances.
The filling of PBR batteries can be
EASY TO DISPOSE OF AND REGENERATE.
APPLIED TECHNOLOGY
A PBR module is used as a source of electrical energy in the power plant.
This is a patented new type of flow-through, rechargeable battery that has two differently charged active components/electrolytes circulating in modules/stacks.
The electrolytes are separated by a membrane inside the PBR.
Due to the circulation of differently charged liquids, ion exchange through this membrane creates an electric current.
PBR BASE MODULE/STACK
It's a compact all-in-one device:
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Size: 75x80x40cm
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Capacity: 7.8 kWh
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Power: 3 kW (up to a maximum of 4.5 kW).
Scalability is allowed – sequential installation of multiple PBR stacks.
The device is designed for 30000 charge/discharge cycles. At the same time, a deep, almost 100% discharge is allowed.
BASIC SPECIFICATION
SERIES
The LEST power plant of greater capacity and capacity is manufactured according to a separate customer's technical specification.
POWER PLANT CONTROL SYSTEM (BMS)
FUNCTIONS
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Measurements: Voltage, Current, Power, Temperature (VCPT)
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Accurate Reporting (System Operating Control - SOC)
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Available Energy and Charge/Discharge Power (ACDP)
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Real-Time Data Logging (RTDL)
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DC-DC converter control
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DC-AC converter control
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Control and monitoring of thermal management
MONITORING AND CONTROL
in real time
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Overcharge or discharge protection
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PBR stack protection
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Monitoring of leakage sensors
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Electrolyte overheating
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Identification and control of personnel access
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Automatic power control at the end of the discharge regardless of inverter commands
ADDITIONAL INFORMATION & FUNCTIONALITY
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Operating mode: 24/7
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High Energy Density: 600W/kg
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Constant Power Output
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Hibernate mode: pause for a long time at 100% charge
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Quick restart
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Long-term service life
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Fire safety
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Scalability
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100% recyclable
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100% eco-friendly
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Operational safety