Marstek Venus D All-in-One Balcony Power Plant with Storage
Marstek Venus D All-in-One Balcony Power Plant with Storage
Marstek Venus D All-in-One Balcony Power Plant with Storage
Marstek Venus D All-in-One Balcony Power Plant with Storage
Marstek Venus D All-in-One Balcony Power Plant with Storage

Marstek Venus D All-in-One Balcony Power Plant with Storage

Offer719,00 €
  • Annual savings of up to €1,797
  • All-in-one design with integrated micro-inverter
  • 4 MPPTs for up to 4 kW PV input power
  • Bidirectional AC power up to 2.2 kW with 2.5 kW peak power
  • Emergency power supply (EPS) with < 15 ms switching time
  • Expandable storage capacity from 2.56 kWh to up to 15.36 kWh
  • AI-based energy management (MARSTEK Intelligence)
  • Plug & Play – ready to use in just 5 minutes
  • LFP battery technology with 6000+ cycles, up to 15 years lifespan and 10-year warranty
  • IP65 protection and reliable operation across a wide temperature range
Choose your energy storage
Speicherkapazität:
Marstek Venus D All-in-One Balcony Power Plant with Storage
Marstek Venus D inverter
719.00 €
Extension battery
Marstek Venus A Expansion Battery
Marstek Venus D extension battery 2,56 kWh
+719.00 € / unit
Would you like to know the technical specifications?
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Marstek Venus D All-in-One Balcony Power Plant with Storage
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0% VAT on deliveries to Germany
✕

You hereby confirm that you meet the requirements for a VAT-free delivery in accordance with Section 12 Paragraph 3 of the German VAT Act (UStG).

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A tax rate of 0% may apply to the selected products in accordance with Section 12 Paragraph 3 of the German VAT Act (UStG). Please carefully check whether the requirements are met in your case. We do not provide tax advice and assume no liability for the tax treatment.

Conditions for VAT exemption ( § 12 para. 3 UStG ):
Please check if the following conditions apply to you and tick the box if so:

The delivery and billing address is located in Germany.

The product is installed on or near private homes, apartments or public buildings used for non-profit purposes, or on mobile homes or houseboats that are not moved or are only moved occasionally.

The installed gross capacity of the photovoltaic system does not exceed 30 kWp, according to the market master data register.

You are also the operator of the purchased solar module.

Technical data
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Battery parameters
Nominal voltage 51.2 V (16S)
Battery level 2.56 kWh
life > 6000 (25 °C)
Battery type LiFePO4
discharge depth 90%
Battery capacity 50 Ah
Basic parameters
ambient temperature range -20 to +60 °C
(Storage -30 to +85 °C)
Relative humidity ≤ 95%
Protection class IP65
Cooling method Natural cooling
Maximum height 2000 m

Module comparison & data
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Note: At least one battery is required for operation.

Note: The expected shipping date after purchase is January 5th.

overview Tech Included in the scope of delivery Reviews FAQ
More advanced, smarter, more powerful
€1797 saved, 3932 kg CO₂ saved

Find out how much MARSTEK VENUS D can really save – both in costs and emissions.

4-MPPT design for 4 kW solar input

Four independent MPPT channels optimize solar energy and efficiently capture up to 4 kW.

2.2 kW Bidirectional Inverter

The Venus D is equipped with a bidirectional inverter that delivers an AC power of up to 2.2 kW and a peak power of 2.5 kW, supporting charging from the grid as well as feeding energy back into the grid to enable flexible energy management at home.

<15 ms EPS switching

Switches to emergency power within 15 ms and ensures uninterrupted operation.

2.2 kW emergency power supply

Provides reliable emergency power supply for critical equipment, with short peak loads up to 2.5 kW.

<15 ms EPS switching

Switches to emergency power within 15 ms and ensures uninterrupted operation.

2.2 kW emergency power supply

Provides reliable emergency power supply for critical equipment, with short peak loads up to 2.5 kW.
Modular battery system up to 15.36 kWh

It starts with 2.56 kWh and can easily be expanded to 15.36 kWh as energy needs grow.

Full-house emergency power supply with Smart Box

Power your entire house by connecting multiple Marstek Venus D modules to the SmartBox.
– with up to 6.6 kW / 46.08 kWh in single-phase operation or 19.8 kW / 138.24 kWh in three-phase operation.

Self-consumption around the clock

First, solar energy powers your home – excess energy is stored immediately. AI intelligently schedules charging for off-peak hours, while the smart meter ensures nothing is wasted. From morning till night: your electricity flows efficiently – without feed-in, without interruption.

AI mode with MARSTEK Intelligence

Powered by MARSTEK Intelligence, AI mode optimizes energy flow in your home. It automatically schedules charging processes to maximize self-consumption, reduce electricity costs, and ensure a reliable power supply at all times.

Maximum self-consumption rate thanks to smart meters

Real-time load tracking ensures that every ray of sunshine is stored instead of wasted. The system automatically detects when your household needs energy and stores the rest for later. This allows you to maximize your self-consumption effortlessly.

Smart control with the MARSTEK app

The MARSTEK app enables real-time monitoring and flexible mode selection, giving you complete control over your home energy system.

Versatile connectivity, complete insights

Stay connected the way that suits you best – Bluetooth, Wi-Fi, or Ethernet. Thanks to additional Ethernet support, your system remains stable and your data is secure, even with fluctuating Wi-Fi.

Solid reliability, for lasting performance

The Venus A offers over 6,000 charge cycles and retains 80% of its capacity for over 15 years. With a 10-year warranty and ongoing support, it ensures long-term, safe, and efficient performance.

Technical data
Model: Marstek Venus D
DC: Photovoltaic input
Maximum input power 4000 W
MPPT voltage range 16-55 V
MPPT start voltage 22 V
Operating voltage range 16-60 V
Max. input voltage 60 V
Max. input current (single channel) 32 A
Max. input short-circuit current (single channel) 40 A
Number of PV input channels 4
MPPT tracking amount 4
AC: Mains-connected input
Nominal input power 2200 VA
operational phase L/N/PE
Nominal mains voltage 230 V
Nominal mains frequency 50 Hz
Nominal mains input current 9.57 A
Performance factor >0.99 Standard
AC: Mains-connected output
Nominal output power 800 VA/2200 VA
operational phase L/N/PE
Nominal mains voltage 230 V
Nominal mains frequency 50 Hz
Nominal mains output current 3.48 A/9.57 A
Performance factor >0.99 Standard
THDi < 3%
AC: Standalone output
Nominal output power 2200 VA
Top performance 2500 VA
Rated current 9.57 A
Nominal voltage 230 V
Rated frequency 50 Hz
THDu < 3%
Miscellaneous
Grid-connected AC power connection Three-wire household plug (Euro16A)
Advertisement LED light strip display
Communication methods Bluetooth, WLAN, RS-485 (RJ45), Ethernet port (RJ45)

Note 1: The nominal voltage/frequency range may be changed according to the requirements of the local energy supplier.

Note 2: Please refer to local electrical regulations to determine the number of MARSTEK VENUS units that can be connected to each branch circuit.

*Activating this function must comply with local regulations and should only be performed by authorized personnel!

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Included in the scope of delivery

Marstek Venus D

AC cable

Warranty card

cover

Tool

4x feet

Listen to what they say

Disclaimer

Electricity cost savings, CO₂ reduction: Up to €1,797 per year and 3,932 kg CO₂:

Power generation:
According to data from MARSTEK's proprietary EMS platform, a 1000W solar panel in Southern Europe can generate up to 1,160 kWh annually. This product supports up to 4,000W of solar power, resulting in an annual generation of 1,160 × 4 = 4,640 kWh. Annual storage capacity: 15.36 kWh × 365 = 5,606.4 kWh.

Calculation assumptions:
 Self-consumption rate: 85% ( source ); Fixed electricity price: €0.40/kWh; Difference between peak and low prices: €0.132/kWh; CO₂ reduction: Every 1 kWh of solar power reduces CO₂ emissions by approximately 0.997 kg ( source ).

Calculation details:
 Annual electricity cost savings:
= Savings from self-consumption + Savings through AI-optimized charging
= 4,640 kWh × 85% × €0.40
+ (5,606.4 kWh − 4,640 kWh × 85%) × €0.132
≈ €1,797
- Estimated CO₂ reduction amount:
= 4,640 kWh × 85% × 0.997
≈ 3,932 kg

Note: Actual savings may vary depending on local solar radiation, actual electricity price, frequency of device usage, and individual electricity consumption.

Legal notice (Germany)

To benefit from the simplified exemption rules for plug-and-play solar power systems according to Section 8 Paragraph 5a EEG 2023:
- The installed PV capacity must be < 2000 Wp.
- The apparent power of the inverter must be ≤ 800 VA P.

If your total PV output exceeds 2,000 Wp, additional requirements may be imposed by the grid operator, e.g.:
a) Registration
b) Obligation to modify the meter
c) Formal approval procedures: Please inform yourself about the applicable local regulations before installation.

Plug & Play solar systems can generally be installed independently. However, in Germany, registration in the MaStR portal (www.marktstammdatenregister.de) is mandatory.
Commissioning and grid connection must be carried out by certified professionals. An electrician is legally required to ensure compliance with all regulations.
Ensuring compliance with regulations.

Disclaimer

Electricity cost savings, CO₂ reduction: Up to €1,797 per year and 3,932 kg CO₂:

Power generation:
According to data from MARSTEK's proprietary EMS platform, a 1000W solar panel in Southern Europe can generate up to 1,160 kWh annually. This product supports up to 4,000W of solar power, resulting in an annual generation of 1,160 × 4 = 4,640 kWh. Annual storage capacity: 15.36 kWh × 365 = 5,606.4 kWh.

Calculation assumptions:
 Self-consumption rate: 85% ( source ); Fixed electricity price: €0.40/kWh; Difference between peak and low prices: €0.132/kWh; CO₂ reduction: Every 1 kWh of solar power reduces CO₂ emissions by approximately 0.997 kg ( source ).

Calculation details:
 Annual electricity cost savings:
= Savings from self-consumption + Savings through AI-optimized charging
= 4,640 kWh × 85% × €0.40
+ (5,606.4 kWh − 4,640 kWh × 85%) × €0.132
≈ €1,797
- Estimated CO₂ reduction amount:
= 4,640 kWh × 85% × 0.997
≈ 3,932 kg

Note: Actual savings may vary depending on local solar radiation, actual electricity price, frequency of device usage, and individual electricity consumption.

Legal notice (Germany)

To benefit from the simplified exemption rules for plug-and-play solar power systems according to Section 8 Paragraph 5a EEG 2023:
- The installed PV capacity must be < 2000 Wp.
- The apparent power of the inverter must be ≤ 800 VA P.

If your total PV output exceeds 2,000 Wp, additional requirements may be imposed by the grid operator, e.g.:
a) Registration
b) Obligation to modify the meter
c) Formal approval procedures: Please inform yourself about the applicable local regulations before installation.

Plug & Play solar systems can generally be installed independently. However, in Germany, registration in the MaStR portal (www.marktstammdatenregister.de) is mandatory.
Commissioning and grid connection must be carried out by certified professionals. An electrician is legally required to ensure compliance with all regulations.
Ensuring compliance with regulations.