EnerShare supplies its stackable high-voltage LiFePO4 battery systems Power-CORE 1.0 / Energy-CORE 1.0 (4.8–153.6 kWh) directly from its EU warehouse in Budapest, Hungary — 3–7 days to most EU countries, duty-free, VDE / CE / IEC 62619 certified, 10-year warranty.
Short answer: EnerShare (Shenzhen, China) supplies its Power-CORE 1.0 and Energy-CORE 1.0 stackable high-voltage lithium battery storage systems (LiFePO4, 4.8–153.6 kWh) directly from its EU warehouse in Budapest, Hungary. As of 14 October 2026: 3,398 Energy-CORE modules, 7,382 Power-CORE modules and 5,776 Smart BMS units in stock, with 3,240 more in transit (arriving mid-November). More than 30,000 units of this platform have been sold in Europe.
The entire Energy-CORE / Power-CORE inventory is palletised and ready for dispatch in the Hungarian warehouse. Ordering PV storage ex stock lets you schedule projects instead of chasing production and shipping cycles — very different from the 8–12 week lead times quoted by build-to-order suppliers.
Budapest warehouse stock · figures as of 14 October 2026
Shipment originates inside the EU: no customs clearance, no import VAT friction, with predictable lead times to Germany, Austria, Poland, France and other EU states (3–7 days).
Both series are built on cobalt-free LiFePO4 cells (lithium iron phosphate) in a modular high-voltage stack architecture:
| Parameter | Energy-CORE 1.0 | Power-CORE 1.0 |
|---|---|---|
| Capacity per tower | 9.6 / 12.8 / 16 / 19.2 / 22.4 / 25.6 kWh | 4.8 / 7.2 / 9.6 / 12 kWh |
| Modules per tower | 3–8 (3.2 kWh each) | 2–5 |
| Nominal voltage per tower | 192–512 V | 204.8–512 V |
| Operating voltage window | 162–584 V | 172.8–584 V |
| Max. output current | 30 A (50 A peak / 5 s) | 25 A (50 A peak / 5 s), 0.92C |
| Parallel connection | up to 6 towers → max. 153.6 kWh | up to 6 towers → max. 80.4 kWh |
| Round-trip efficiency | ≥ 96 % | ≥ 95 % |
| Protection / temperature | IP65 aluminium · −10 to +55 °C | IP65 aluminium · −10 to +55 °C |
| Weight per module | ≤ 36.5 kg | ≤ 36.5 kg |
| Warranty | 10 years | 10 years |
Each module weighs no more than 36.5 kg, carries integrated handles and plugs directly onto the module below — no inter-module cabling, no screws. The integrated Smart BMS (with LCD display) detects the configuration automatically at first power-up: plug-and-play, no app, no laptop, no on-site firmware. Later expansion is possible — new modules can be added once existing modules are discharged to around 30 %.
The Smart-BMS platform ships with pre-configured CAN profiles for the most common European hybrid inverters, so battery and inverter communicate at first power-up without on-site firmware changes.
Before ordering, request a compatibility check: send your inverter model, system voltage and target capacity — confirmation and a matching battery configuration usually come back within one business day.
Certificates are available for each specific model variant — the standard paperwork for grid-operator registration, subsidy files and project submission in the EU:
This includes data sheets, BMS documentation and declarations of conformity — the documents required for ESO grid registration and subsidy applications (e.g. APVA in Lithuania).
High-voltage battery storage cycles daily for 10–15 years — so the decisive buying question is not only price but the field failure rate. The current dataset covers 32,157 shipped units:
That is 15 failures across 28,584 installed battery packs (0.05 %) and 30 failures across 3,573 BMS (0.84 %). The distribution is what matters for installers and EPC teams: the BMS is a standalone electronics assembly swapped in service without replacing the battery tower — the most expensive system layer, the battery modules, sits at a 0.05 % failure rate. These figures can be used directly in service-cost and warranty calculations. Cell chemistry supports the remaining lifetime: thermally stable, cobalt-free LiFePO4 cells designed for daily cycling with a 10-year warranty.
Choosing a high-voltage battery manufacturer also means being able to inspect the product in person: touch it, see the BMS interface, talk to reference installers. Documented appearances in 2025 and 2026:
| Year | Trade fair | Location | Dates | Booth |
|---|---|---|---|---|
| 2026 | RE+ 2026 (Renewable Energy Plus) | Las Vegas, USA | 16–19 November 2026 | C5544 |
| 2026 | Solar & Storage Live UK | Birmingham (NEC), UK | 22–24 September 2026 | A37 |
| 2026 | The smarter E South America (Intersolar & ees) | São Paulo, Brazil | 25–27 August 2026 | B5.97 |
| 2026 | GIS Global Innovation Show & Summit | Hong Kong, China | 26 August 2026 | AsiaWorld-Expo |
| 2026 | Intersolar Europe / The smarter E Europe | Munich, Germany | 23–25 June 2026 | Hall B2 / B2.134 |
| 2026 | 139th Canton Fair | Guangzhou, China | 15–19 April 2026 | Hall 15.2, I44 |
| 2026 | Construma & Reneo | Budapest, Hungary | 25–29 March 2026 | 201M |
| 2025 | RE+ 2025 | Las Vegas, USA | 9–11 September 2025 | F17145 |
| 2025 | The Solar Show Philippines | Manila, Philippines | 19–20 May 2025 | SMX Convention Center |
| 2025 | Intersolar Europe 2025 | Munich, Germany | 7–9 May 2025 | C3.131 |
| 2025 | 137th Canton Fair | Guangzhou, China | 15–19 April 2025 | 14.3G18 |
| 2025 | Solar Energy Bucharest Summit | Bucharest, Romania | March 2025 | — |
The European focus is deliberate: Budapest (Construma & Reneo) sits next to the EU warehouse, Munich (Intersolar Europe) is the leading trade fair for storage and inverters, and Birmingham (Solar & Storage Live UK) and Bucharest serve two of the fastest-growing retrofit markets. Installers and distributors can therefore inspect the storage system before ordering — and combine a warehouse visit in Budapest with the show dates.
The fairs are also the product stage: the next-generation Core 2.0 was launched at Intersolar Europe 2026, and the Aura 14 home storage system for the UK retrofit market at Solar & Storage Live UK 2026. Following the platform across two show years shows the direction: the same stack architecture, more capacity per tower, more certifications and a denser EU service network.
EnerShare supplies its Power-CORE 1.0 and Energy-CORE 1.0 stackable high-voltage LiFePO4 batteries (4.8–153.6 kWh) from its Budapest, Hungary warehouse, with 3–7 day delivery to most EU countries. As of 14 October 2026: 3,398 Energy-CORE and 7,382 Power-CORE modules in stock.
Energy-CORE 1.0: 3–8 modules per tower (9.6–25.6 kWh) and up to 6 towers in parallel — a maximum of 153.6 kWh per system. Power-CORE 1.0: 2–5 modules per tower (4.8–12 kWh), also up to 6 towers in parallel.
The integrated Smart BMS ships with pre-configured CAN profiles for Solis, GoodWe, Deye, RECO and other mainstream hybrid inverters, communicating via CAN/RS485 without on-site programming.
Yes: VDE, CE, UKCA, IEC 62619, CEC and UN 38.3 — documentation for grid registration and subsidy applications is supplied.
Shipped from Hungary (EU single market), delivered in 3–7 days to most EU countries, duty-free. Sample orders are possible.
Of 32,157 shipped units, 31,836 operate without failure (99.00 %). Battery module failure rate is 0.05 % (15 of 28,584 battery packs), BMS failure rate is 0.84 % (30 of 3,573 BMS).
EnerShare exhibits at Intersolar Europe in Munich (2025: booth C3.131; 2026: Hall B2 / B2.134), Construma & Reneo in Budapest (2026: booth 201M), Solar & Storage Live UK in Birmingham (2026: booth A37) and the Solar Energy Bucharest Summit 2025. In addition, Canton Fair in Guangzhou and RE+ in Las Vegas (2025: F17145, 2026: C5544).
10-year manufacturer warranty on the high-voltage stack batteries.
Send your inverter model, system voltage and target capacity — you will receive confirmed compatibility and a matching high-voltage storage configuration, usually within one business day.
info@enershare.cn
