▮▮Coloprice

BESS comparison

EVE Energy Liquid Cooling BESS Container BP-52-166.4/314-L vs Huawei Digital Power LUNA2000-5015-2S

Both columns come from what EVE Energy and Huawei Digital Power publish. Fields either maker does not publish are marked «not published»; we do not estimate or rank.

Specifications side by side

FieldEVE Energy Liquid Cooling BESS Container BP-52-166.4/314-LHuawei Digital Power LUNA2000-5015-2S
Max energy per enclosure5.016 MWh5.015 MWh
Max power per enclosure2.51 MW2.508 MW
Published durations2 h2 h
Segmentutility-scaleutility-scale
Statusshippingshipping
Cell chemistryLFPLFP
Cell capacity314 Ah314 Ah
Cell configuration12P416S2P104S per pack (104 cells, 2×314 Ah); container-level configuration not published
Cell suppliernot publishednot published
Form factor20 ft container20 ft container
Block typeDC blockDC block
PCS integratednono
DC voltage1164.8–1497.6 V1331.2 rated / 1500 max V
Coolingliquid-cooledliquid-cooled
Ingress protectionIP55IP55
Operating temperature-30…60 °C-30…55 °C
Dimensions (L × W × H)6200 × 2550 × 2896 mm6058 × 2438 × 2896 mm
Weight43 t43 t
Energy densitynot publishednot published
Round-trip efficiencynot publishednot published
Cycle lifenot publishednot published
Calendar lifenot publishednot published
Warrantynot publishednot published
Fire suppressionnot publishedwater sprinkler + NOVEC 1230
GenerationMB31 (314 Ah)2025
Announcednot published2025-05
CertificationsUN3536IEC 61000-6-2, IEC 62040-1, IEC 62477-1, IEC 62619, IEC 62933-5-2, RoHS, UL 9540A, UN 38.3
Public datasheetyesyes

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: Liquid Cooling BESS Container BP-52-166.4/314-L — 5.016 MWh; LUNA2000-5015-2S — 5.015 MWh
  • Max power per enclosure: Liquid Cooling BESS Container BP-52-166.4/314-L — 2.51 MW; LUNA2000-5015-2S — 2.508 MW
  • Cell configuration: Liquid Cooling BESS Container BP-52-166.4/314-L — 12P416S; LUNA2000-5015-2S — 2P104S per pack (104 cells, 2×314 Ah); container-level configuration not published
  • DC voltage: Liquid Cooling BESS Container BP-52-166.4/314-L — 1164.8–1497.6 V; LUNA2000-5015-2S — 1331.2 rated / 1500 max V
  • Operating temperature: Liquid Cooling BESS Container BP-52-166.4/314-L — -30…60 °C; LUNA2000-5015-2S — -30…55 °C
  • Dimensions (L × W × H): Liquid Cooling BESS Container BP-52-166.4/314-L — 6200 × 2550 × 2896 mm; LUNA2000-5015-2S — 6058 × 2438 × 2896 mm
  • Generation: Liquid Cooling BESS Container BP-52-166.4/314-L — MB31 (314 Ah); LUNA2000-5015-2S — 2025
  • Certifications: Liquid Cooling BESS Container BP-52-166.4/314-L — UN3536; LUNA2000-5015-2S — IEC 61000-6-2, IEC 62040-1, IEC 62477-1, IEC 62619, IEC 62933-5-2, RoHS, UL 9540A, UN 38.3

Published by only one of the two: Fire suppression, Announced.

Variants

EVE Energy Liquid Cooling BESS Container BP-52-166.4/314-L variants

VariantsEnergyPowerDuration
5016 kWh, 0.5P (2.51 MW per evebatteryusa)5.016 MWh2.51 MW2 h

Huawei Digital Power LUNA2000-5015-2S variants

VariantsEnergyPowerDuration
5,015 kWh / 2,507.5 kW (≤ 0.5 CP)5.015 MWh2.508 MW2 h

Full model cards

Open EVE Energy Liquid Cooling BESS Container BP-52-166.4/314-L →Open Huawei Digital Power LUNA2000-5015-2S →

Other comparisons

Gotion High-Tech Gotion Grid 5 MWh (ESD1331-05P5015) vs EVE Energy Liquid Cooling BESS Container BP-52-166.4/314-LGotion High-Tech Gotion Grid 5 MWh (ESD1331-05P5015) vs Huawei Digital Power LUNA2000-5015-2SPylontech Container L5000-BAT vs EVE Energy Liquid Cooling BESS Container BP-52-166.4/314-LPylontech Container L5000-BAT vs Huawei Digital Power LUNA2000-5015-2SSunwoda Energy NoahX 2.0 (NoahX-1500/4170, NoahX-1500/5015-L2) vs EVE Energy Liquid Cooling BESS Container BP-52-166.4/314-LSunwoda Energy NoahX 2.0 (NoahX-1500/4170, NoahX-1500/5015-L2) vs Huawei Digital Power LUNA2000-5015-2SCATL TENER vs EVE Energy Liquid Cooling BESS Container BP-52-166.4/314-LCATL TENER vs Huawei Digital Power LUNA2000-5015-2S