SPEAKERS

MARSTEK.
Memory.

Save solar power and find the right system version for your home or balcony system.

For businesses and private customers.
Request AC memory, hybrid solutions and suitable battery extensions personally.

View Archive Storage

Availability and suitable connection version on request.

MARSTEK VENUS E 3.0 – Manufacturer image
Illustrative image · Actual variant may differ

Which system are you looking for?

Select system and discover suitable devices.

Integrated balcony systems · Example image of the manufacturer

Illustrative image

Integrated balcony systems

Memory and inverter in one device.

Balcony with separate inverter · sample image of the manufacturer
Balcony with separate inverter · sample image of the manufacturer

Illustrative image

Balcony with separate inverter

Select the SATURN memory and matching micro inverter together.

House memory · sample image of the manufacturer

Illustrative image

House memory

Store solar power at home – with AC, DC or hybrid solution.

MARSTEK M5000-N · Example image

Illustrative image

Offgrid & Powerstation

Independent power supply and mobile storage.

View all memory series → · View all MARSTEK micro inverters →

SATURN: Select memory and inverter together

SATURN as a balcony system.

The B2500-D stores solar power on the DC side. A separate micro inverter converts it for the house network. Both devices remain individually selectable.

SATURN B2500-D · Memory · Sample image of the manufacturer

Illustrative image

SATURN B2500-D · Memory

2,24 kWh per device. In the manufacturer's circuit up to four memory with 8,96 kWh.

SATURN-M · Micro inverter · sample image of the manufacturer

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SATURN-M · Micro inverters

For this memory combination: the 800-W version with two MPP trackers.

The combination shown depends on the Manufacturer connection for B2500-D. Device design, cables and power limitation we vote for your system.

Request SATURN system together →

Model or capacity already known?

Look for a MARSTEK model, system configuration or nominal energy in kWh.

Which MARSTEK solution fits your system?

AC memory: The VENUS-E versions, VENUS G and VENUS X are guided after their documented AC coupling. PV inputs are not available for every generation. VENUS D and the own AC version are shown separately.

DC and hybrid solutions: Systems with documented PV-DC inputs can be found under DC storage systems. With MARS I PLUS, single and three-phase devices are different versions. An identical name on the battery module does not confirm interchangeability.

Integrated or separately: With integrated balcony systems, storage and inverters sit in the device. SATURN B2500-D uses a separate SATURN-M micro inverter. The documented 2-MPPT-/800-W combination is under DC; the memory is also available under batteries & extensions.

Capacity and power: Nominal energy is in kWh, inverter power in kW or kVA respectively. Usable energy is not calculated from a DoD percentage. The exact connection and power level belongs to the selection.

Manufacturer's sources: MARSTEK, Plug-in memory, Home storage systems and Original documentsSource check: 09.11.2026.

Storage archive

Previous VENUS C/E versions and JUPITER C/E documents. View all archive series →

Older memory and document generations outside of this current selection. The archive assignment is not a flat-rate manufacturer termination. Replacement solutions on request.

MARSTEK Speicherarchiv.

4 archived series
Select Archive Series
Archive document

MARSTEK JUPITER-C/E

JUPITER-C/E document generation with integrated PV inverter

DC-Systemkombinationen

2,56–5,12 kWh Nominal Energy

Illustrative image

2 View Variants ↓

ARCHIV · CAPACITIES · JUPITER

MARSTEK JUPITER-C/E

2,56–5,12 kWh Nominal Energy

Original datasheet (PDF, 2,2 MB)

English · EU version · Call 09.11.2026

Acknowledged system combinations

  • DC · MARSTEK JUPITER-C/E · integrated PV/Hybrid version

    Only the connections and versions described in the assigned original data sheet. PV inputs and inverters are part of this system version.

    System design according to manufacturer documentation · 1 battery modules · Manufacturer's certificate

Additional JUPITER C/E documents in the product archive. The current plug-in overview highlights JUPITER C PLUS; this archive assignment does not claim any general manufacturer termination. JUPITER-C and JUPITER-E are their own devices with 2,56 and 5,12 kWh, no freely exchangeable expansion modules.

Nominal energy (kWh) and usable energy differ. Charging/discharging power is specified in kW. Scope of delivery and system sharing for exact execution request.

Archive document

MARSTEK VENUS E 1.0

AC memory · early VENUS-E version

AC-Systemkombinationen

5,12 kWh Nominal Energy

Illustrative image

1 View variant ↓

ARCHIV · CAPACITIES · VENUS

MARSTEK VENUS E 1.0

5,12 kWh Nominal Energy

Original data sheet VENUS-E · Previous document level (EN) (PDF, 742,1 KB)

Original mentions VENUS-E without generation number · previous 5,12-kWh version

  • 5,12 kWhVENUS E 1.0 · früher DokumentstandNennenergie laut früherer Originalunterlage. Gerätestand bei der Archivanfrage angeben.1 moduleDetails →Archive request →

Acknowledged system combinations

  • AC · Bidirectional inverter integrated in the respective VENUS device

    AC-coupled design. Check the equipment stand and the corresponding original document for the concrete installation.

    Retrofit according to system documentation · 1 battery module · Manufacturer's certificate

Previous VENUS-E version with 5.120 Wh according to the original data sheet. The document mentions VENUS-E without generation number; the archive name "1.0" serves to distinguish the early generation of devices. This document stands for 600 × 742 × 227 mm and 60 kg. Match equipment stand and mounting using the type plate. No data of the VENUS E 3.0 transmitted.

Nominal energy (kWh) and usable energy differ. Charging/discharging power is specified in kW. Scope of delivery and system sharing for exact execution request.

Archive document

MARSTEK VENUS E 2.0

AC memory · previous generation 2.0

AC-Systemkombinationen

5,12 kWh Nominal Energy

Illustrative image

1 View variant ↓

ARCHIV · CAPACITIES · VENUS

MARSTEK VENUS E 2.0

5,12 kWh Nominal Energy

Original data sheet VENUS C/E · Previous document level (EN) (PDF, 1,6 MB)

C/E data sheet without Gen. number · supplementary original app instruction explicitly VENUS E 2.0

  • 5,12 kWhVENUS E 2.0 · MST-BIE5-2500Nennenergie laut früherer Originalunterlage. Gerätestand bei der Archivanfrage angeben.1 moduleDetails →Archive request →

Acknowledged system combinations

  • AC · Bidirectional inverter integrated in the respective VENUS device

    AC-coupled design. Check the equipment stand and the corresponding original document for the concrete installation.

    Retrofit according to system documentation · 1 battery module · Manufacturer's certificate

Previous 5,12-kWh-VENUS-E version. The additional manufacturer app guide is explicitly referred to as "Venus E 2.0" . Data sheet and device manual use the older VENUS-E/MST-BIE5-2500 name without a unique generation number. Housing dimensions and mounting differ between these document stands; select accessories based on the type plate and equipment level. The image comes from the associated C/E device manual.

Nominal energy (kWh) and usable energy differ. Charging/discharging power is specified in kW. Scope of delivery and system sharing for exact execution request.

Archive document

MARSTEK VENUS C

Integrated AC memory · previous VENUS-C/E series

AC-Systemkombinationen

2,56 kWh nominal energy

Illustrative image

1 View variant ↓

ARCHIV · CAPACITIES · VENUS

MARSTEK VENUS C

2,56 kWh nominal energy

Original data sheet VENUS C/E · C with 2,56 kWh (EN) (PDF, 1,6 MB)

Original C/E brochure · VENUS-C on PDF pages 1–2

  • 2,56 kWhVENUS-C · MST-BIE2.5-2500Nennenergie laut früherer Originalunterlage. Gerätestand bei der Archivanfrage angeben.1 moduleDetails →Archive request →

Acknowledged system combinations

  • AC · Bidirectional inverter integrated in the respective VENUS device

    AC-coupled design. Check the equipment stand and the corresponding original document for the concrete installation.

    Retrofit according to system documentation · 1 battery module · Manufacturer's certificate

Independent VENUS-C version with 2.560 Wh according to the original data sheet and manufacturer's page; type MST-BIE2.5-2500 in the manufacturer's manual. The C document mentions 450 × 550 × 200 mm and 45 kg. A separate manufacturer assignment "VENUS C 1.0/2.0" is not documented in the tested original sources; therefore the documented VENUS-C version is kept as its own archive entry.

Nominal energy (kWh) and usable energy differ. Charging/discharging power is specified in kW. Scope of delivery and system sharing for exact execution request.

Manufacturer information about MARSTEK

MARSTEK at a glance

MARSTEK develops storage solutions for residential buildings and balcony solar systems. The manufacturer's portfolio combines integrated AC storage, modular systems and devices with its own PV inputs.

TP ENERGY merges the documented series with their original documents. Companies and private customers can request suitable devices, designs and project quantities in person.

Manufacturer's sources: MARSTEK, Plug-in memory, Home storage systems and Original documentsSource check: 09.11.2026.

Read more about MARSTEK

Which series are in this selection?

The current selection includes VENUS E Pro, E Max, E 4.0, E Mini and E 3.0, VENUS D and D AC version, JUPITER C PLUS, SATURN-C B2500, V6000, VENUS G, VENUS X and MARS I PLUS single and three-phase, MARS II and MARS I SE. VENUS E 1.0, VENUS E 2.0, VENUS C and the JUPITER C/E document generation are separated in the memory archive. Offgrid and mobile complement V500, MERCURY M1200, MERCURY M2200 and the EU version M5000-N with P5000-N.

Why do we distinguish VENUS-E generations?

The designations stand for different devices: VENUS E 3.0 calls 5,12 kWh, while E 4.0 calls 5.024 Wh. VENUS E Max calls 10,048 kWh. In the E Pro, the documented extension starts with 2,08 kWh; E Mini calls exactly 2.009,6 Wh, i.e. approximately 2,01 kWh. These values are not estimated from the model names.

How are modular systems displayed?

The variant lists connect the documented device type with the permissible number of battery modules. With the E Pro base battery and additional modules count together; with the JUPITER C PLUS up to three additional batteries are documented. For MARS I PLUS and MARS II the inverter versions are also individually named.

What information is still open?

The VENUS-G brochure mentions one to six battery modules, but no explicit rated energy. Therefore, there is no capacity derived from ‘5.0KBAT'. With VENUS E 3.0, the formulations for capacity and useful energy differ within the prospectus. We clarify such points before the concrete interpretation.

Which documents are used?

Unchanged original data sheets from the manufacturer download area are linked. EU versions are preferred; international English documents are identified as such. The verification date 09.11.2026 is the call date and no invented revision date. An international listing confirms neither inventory nor any connection execution for your project.

What's in the memory archive?

The memory archive contains VENUS E 1.0, VENUS E 2.0, VENUS C with 2,56 kWh and the previous JUPITER C/E file. Previous generation and document names are explained at the download. At VENUS C we carry out the documented execution without an unconfirmed subdivision into 1.0/2.0. The archive assignment describes our document stock and no flat-rate manufacturer termination.

Which details help with the request?

Name the exact model and generation name, desired capacity, existing PV system, inverter and connection options. For extensions help typeplate, existing modules and system status. The product action takes over the selected configuration into the central contact form.

Manufacturer's sources: MARSTEK, Plug-in memory, Home storage systems and Original documentsSource check: 09.11.2026.

Which memory fits your system?

We support you with capacity, connection design and suitable components.

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