BESS comparison
HyperStrong HyperBlock M (AC version) vs REPT BATTERO Powtrix 3.0 DC Container (6.261 MWh)
Both columns come from what HyperStrong and REPT BATTERO publish. Fields either maker does not publish are marked «not published»; we do not estimate or rank.
HyperStrong
HyperBlock M (AC version)
12.8 MWh
modular blockliquid-cooledLFPshipping
REPT BATTERO
Powtrix 3.0 DC Container (6.261 MWh)
6.262 MWh
20 ft containerliquid-cooledLFPshipping
Specifications side by side
| Field | HyperStrong HyperBlock M (AC version) | REPT BATTERO Powtrix 3.0 DC Container (6.261 MWh) |
|---|---|---|
| Max energy per enclosure | 12.8 MWh | 6.262 MWh |
| Max power per enclosure | 3.2 MW | 1.566 MW |
| Published durations | 4 h | 4 h |
| Segment | utility-scale | utility-scale |
| Status | shipping | shipping |
| Cell chemistry | LFP | LFP |
| Cell capacity | 601 Ah | 392 Ah |
| Cell configuration | 8P416S / 16P416S | 416S12P |
| Cell supplier | not published | not published |
| Form factor | modular block | 20 ft container |
| Block type | AC block (PCS integrated) | DC block |
| PCS integrated | yes | no |
| DC voltage | 1123.2–1497.6 (rated 1331.2) V | 1040–1500 V |
| Cooling | liquid-cooled | liquid-cooled |
| Ingress protection | Container IP55, Pack IP65, PDU IP55 | IP55 |
| Operating temperature | -30…55 °C | -30…55 °C |
| Dimensions (L × W × H) | 6058 × 2438 × 2896 mm | 6058 × 2438 × 2896 mm |
| Weight | 24 t | 49 t |
| Energy density | not published | not published |
| Round-trip efficiency | 93% | not published |
| Cycle life | 10,000 · >10000cls@SOH70%, 0.5P, to achieve up to 20 years of operation life guarantee | not published |
| Calendar life | 20 y | not published |
| Warranty | not published | not published |
| Fire suppression | Combustible gas detection, temperature sensor, smoke detection, cabin level aerosols, deflagration venting panels, water fire protection | module-level active/passive thermal-runaway protection + container-level fire protection system |
| Generation | MagicBlock platform, 2025 | Powtrix 3.0 |
| Announced | 2025-05 | not published |
| Certifications | EN50549, EN61000, G99, IEC60730, IEC62477, IEC62619, IEC62933, IEEE1547, NFPA855/68/69, UL1741, UL1973, UL9540, UL9540A, UN38.3, VDE4110, VDE4120 | GB/T 36276-2023, IEC 60730-1-2022, IEC 61000-6-2-2016, IEC 61000-6-4-2018, IEC 62477-1-2012, IEC 62619-2022, IEC 62933-5-2-2022, IEC 63056-2020, IEEE Std 693-2018, ISO 3744-2010, NFPA 68-2023, NFPA 69-2024, NFPA 855, REACH, RoHS, UL 1973-2022, UL 9540-2023, UL 9540A-2019, UN 3536, UN 38.3 |
| Public datasheet | yes | yes |
Where they differ
Only fields both manufacturers publish and where the values are not identical. Not a judgement — the right choice depends on the project.
- Max energy per enclosure: HyperBlock M (AC version) — 12.8 MWh; Powtrix 3.0 DC Container (6.261 MWh) — 6.262 MWh
- Max power per enclosure: HyperBlock M (AC version) — 3.2 MW; Powtrix 3.0 DC Container (6.261 MWh) — 1.566 MW
- Cell capacity: HyperBlock M (AC version) — 601 Ah; Powtrix 3.0 DC Container (6.261 MWh) — 392 Ah
- Cell configuration: HyperBlock M (AC version) — 8P416S / 16P416S; Powtrix 3.0 DC Container (6.261 MWh) — 416S12P
- Form factor: HyperBlock M (AC version) — modular block; Powtrix 3.0 DC Container (6.261 MWh) — 20 ft container
- Block type: HyperBlock M (AC version) — AC block (PCS integrated); Powtrix 3.0 DC Container (6.261 MWh) — DC block
- PCS integrated: HyperBlock M (AC version) — yes; Powtrix 3.0 DC Container (6.261 MWh) — no
- DC voltage: HyperBlock M (AC version) — 1123.2–1497.6 (rated 1331.2) V; Powtrix 3.0 DC Container (6.261 MWh) — 1040–1500 V
- Ingress protection: HyperBlock M (AC version) — Container IP55, Pack IP65, PDU IP55; Powtrix 3.0 DC Container (6.261 MWh) — IP55
- Weight: HyperBlock M (AC version) — 24 t; Powtrix 3.0 DC Container (6.261 MWh) — 49 t
- Fire suppression: HyperBlock M (AC version) — Combustible gas detection, temperature sensor, smoke detection, cabin level aerosols, deflagration venting panels, water fire protection; Powtrix 3.0 DC Container (6.261 MWh) — module-level active/passive thermal-runaway protection + container-level fire protection system
- Generation: HyperBlock M (AC version) — MagicBlock platform, 2025; Powtrix 3.0 DC Container (6.261 MWh) — Powtrix 3.0
- Certifications: HyperBlock M (AC version) — EN50549, EN61000, G99, IEC60730, IEC62477, IEC62619, IEC62933, IEEE1547, NFPA855/68/69, UL1741, UL1973, UL9540, UL9540A, UN38.3, VDE4110, VDE4120; Powtrix 3.0 DC Container (6.261 MWh) — GB/T 36276-2023, IEC 60730-1-2022, IEC 61000-6-2-2016, IEC 61000-6-4-2018, IEC 62477-1-2012, IEC 62619-2022, IEC 62933-5-2-2022, IEC 63056-2020, IEEE Std 693-2018, ISO 3744-2010, NFPA 68-2023, NFPA 69-2024, NFPA 855, REACH, RoHS, UL 1973-2022, UL 9540-2023, UL 9540A-2019, UN 3536, UN 38.3
Published by only one of the two: Round-trip efficiency, Cycle life, Calendar life, Announced.
Variants
HyperStrong HyperBlock M (AC version) variants
| Variants | Energy | Power | Duration |
|---|---|---|---|
| HSL3G71-06400 — 6.4 MWh / 400 kW×4 | 6.4 MWh | 1.6 MW | 4 h |
| HSL3G71-12800 — 12.8 MWh / 400 kW×8 | 12.8 MWh | 3.2 MW | 4 h |
REPT BATTERO Powtrix 3.0 DC Container (6.261 MWh) variants
| Variants | Energy | Power | Duration |
|---|---|---|---|
| 6.261 MWh / 1565.5 kW (0.25P) | 6.262 MWh | 1.566 MW | 4 h |
Full model cards
Open HyperStrong HyperBlock M (AC version) →Open REPT BATTERO Powtrix 3.0 DC Container (6.261 MWh) →
Other comparisons
Gotion High-Tech Gotion Grid 5 MWh (ESD1331-05P5015) vs HyperStrong HyperBlock M (AC version)Gotion High-Tech Gotion Grid 5 MWh (ESD1331-05P5015) vs REPT BATTERO Powtrix 3.0 DC Container (6.261 MWh)Pylontech Container L5000-BAT vs HyperStrong HyperBlock M (AC version)Pylontech Container L5000-BAT vs REPT BATTERO Powtrix 3.0 DC Container (6.261 MWh)Sunwoda Energy NoahX 2.0 (NoahX-1500/4170, NoahX-1500/5015-L2) vs HyperStrong HyperBlock M (AC version)Sunwoda Energy NoahX 2.0 (NoahX-1500/4170, NoahX-1500/5015-L2) vs REPT BATTERO Powtrix 3.0 DC Container (6.261 MWh)CATL TENER vs HyperStrong HyperBlock M (AC version)CATL TENER vs REPT BATTERO Powtrix 3.0 DC Container (6.261 MWh)