LiFePO4 Energy Bank Price & Guide for Georgia
LiFePO4 energy bank price and benefits in Georgia: 6000+ cycles, non-flammable chemistry, Tbilisi stock from 5–60 kWh.
From
9,261₾
HECKMAN MLFP51320A LiFePO4 Energy Bank (15.36 kWh)
Buy HECKMAN MLFP51320A in Tbilisi: 15.36 kWh per 51.2 V module for Deye 12K/20K LV hybrids. Download the MLFP51320A datasheet PDF or configure quantity in the System Constructor.
Tech Specs
| Parameter | MLFP51320Af200 | MLFP51320A/100 | MLFP51320A/40 |
|---|---|---|---|
| Technical Data | |||
| Brand | HECKMAN | ||
| Model | MLFP51320Af200 | MLFP51320A/100 | MLFP51320A/40 |
| Nominal Voltage | 51.2 V | ||
| Cell Capacity | 314 Ah | ||
| Number of Cells | 16S | ||
| Cell Technology | LiFePO4 | ||
| Cell Grade | Grade A | ||
| Nominal Capacity | 15000 Wh / 15 kWh | ||
| Usable Capacity | 14250 Wh / 14.25 kWh | ||
| Nominal Charge/Discharge Power | 9.72 kW | 4.86 kW | 1.94 kW |
| Efficiency | 95% | ||
| Max. Charge/Discharge Current | <= 200A (1C) | <= 100A (0.5C) | <= 40A (0.2C) |
| Recommended Charging Current | 60A (0.3C) | 60A (0.3C) | 40A (0.3C) |
| Discharge Overcurrent Protection | 210A alarm, 220A switch-off | 110A alarm, 120A switch-off | 110A alarm, 120A switch-off |
| Charge Overcurrent Protection | 200A alarm, 220A switch-off | 100A alarm, 120A switch-off | 100A alarm, 120A switch-off |
| Module Expansion | Parallel up to 16 units (240 kWh) | ||
| Communication | CAN/RS-485 | ||
| SoC Indicator | LED | ||
| Main Switch | Yes | ||
| EPO - Fire Protection | Yes | ||
| Operating Indicator | LED | ||
| Operating Mode Selection | DIP switch | ||
| Dimensions (W x D x H) | 450 x 229 x 830 mm | ||
| Weight | 125 kg | ||
| Noise Level | 0 dB | ||
| Operating Temperature | -15°C to 60°C | ||
| Charging Temperature | 0°C to 55°C | ||
| Relative Humidity | ≤90% (40°C ± 2°C) | ||
| IP Rating | IP21 | ||
| Warranty | 10 years | ||
Higher per-module energy lowers connector count and BMS polling overhead, but increases single-unit weight and crane requirements during install. Parallel expansion still respects 51.2 V architecture—multiple MLFP units on combiner busbars, not series for HV.
Ideal for light commercial peak shaving where 2× MLFP (~30 kWh) covers evening peak after solar fade, or 4× approaches 60 kWh before HV economics dominate. Cross-parallel wiring and torque schedules are mandatory—under-engineered buswork shows up as cell imbalance months later.
Communicates on CAN to Deye Master inverter BMS port. Not compatible with SG01HP3 HV inverters—transition to RHFP when DC bus must exceed 200 V.
Ideal for
- ✓ Commercial LV storage without HV switchgear approval yet
- ✓ Projects targeting 30–240 kWh on 51.2 V parallel
- ✓ Engineers minimizing module count vs 5 kWh RLFP farms
Technical FAQ
Why not use five RLFP 5 kWh instead?
Five modules add five BMS nodes and five fuse points—MLFP consolidates when floor loading allows heavier units.
Maximum parallel?
Catalog scaling references 240+ kWh parallel—confirm busbar ampacity and inverter charge limits with simulation.
Single-phase homes?
Use with SG03LP1 if total charge current fits; large MLFP count usually pairs with three-phase 12K/20K hybrids.
HV migration path?
When LV parallel becomes unwieldy, redesign around RHFP HV strings and SG01HP3—MLFP is not forward-compatible to HV.
Official product documentation and datasheets.
Datasheet (PDF) PDFCompatible models & energy storage
Nearby power classes and matching LiFePO4 from Tbilisi stock — compare before you quote.
Related guides
Engineering notes that help you size and choose this product.
Georgia Business Electricity Tariffs 2026: Cut Bills up to 70%
GNERC 2026 business rates + solar payback ~3 years. Free Inversol ROI quote for Tbilisi sites.
Apartment UPS in Tbilisi: Hybrid Without Panels
Quiet apartment UPS in Tbilisi/Batumi without solar panels — hybrid inverter + LiFePO4. Request a free consultation!