Marstek Jupiter C Plus All-In-One Balcony Power Plant with Storage

469,00 € 799,00 €
Gesamtersparnis 330,00 €
469,00 € 799,00 €
Gesamtersparnis 330,00 €
  • Annual savings of up to €1,109
  • All-in-one design with integrated micro-inverter
  • 4 MPPT for up to 2.4 kW PV input power
  • 800 W on-grid output
  • Expandable storage capacity from 2.56 kWh to 10.24 kWh
  • Plug & Play – easy commissioning and modular expandability
  • Zero export via smart meter
  • LFP battery technology with over 6000 cycles and 10 years warranty
  • IP65 protection class and reliable operation in a wide temperature range
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Storage Capacity
0 W
PV Power
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On-grid output power
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Reliable delivery

Marstek App

Anywhere & Anytime

With the Marstek app, you can remotely monitor battery status in real-time. You can also customize the battery's operating mode, manually set output time and power, enabling efficient and flexible energy management.

Plug & Play

Mühelose Installation und Erweiterung

Easy and fast installation with a stackable design that allows for effortless capacity expansion. No complex wiring or technical expertise is required. Save time, reduce labor costs, and simplify your power supply!

HD-Touchscreen

user-friendliness

Equipped with a high-resolution touchscreen that offers a clear user interface and easy operation, the user experience is significantly enhanced for a more intuitive and convenient interaction.

Marstek App

Anywhere & Anytime

With the Marstek app, you can remotely monitor battery status in real-time. You can also customize the battery's operating mode, manually set output time and power, enabling efficient and flexible energy management.

Plug & Play

Mühelose Installation und Erweiterung

Easy and fast installation with a stackable design that allows for effortless capacity expansion. No complex wiring or technical expertise is required. Save time, reduce labor costs, and simplify your power supply!

HD-Touchscreen

user-friendliness

Equipped with a high-resolution touchscreen that offers a clear user interface and easy operation, the user experience is significantly enhanced for a more intuitive and convenient interaction.

Zero feed-in, 100% self-consumption

The Jupiter C+ continuously reads the smart meter's power data and dynamically adjusts the output power based on the real-time data, thus preventing any feed-in to the grid and increasing energy efficiency. Supported smart meters include Marstek CT002/CT003, Shelly Smart Meter, HomeWizard P1 Meter, etc.

Safe, Reliable, and Durable

Zuverlässige Batteriequalität

Unsere LiFePO₄-Zelle (Lithium-Eisen-Phosphat) ist eine zuverlässige Energiequelle für Ihr Zuhause. Mit über 6000 Ladezyklen verspricht sie, Ihre Momente für ein Jahrzehnt oder länger zu erhellen. Und wie ein Schutzengel wacht ihr 7-stufiger Sicherheitsschutz über Sie und sorgt dafür, dass jede Ladung eine sichere Umarmung ist. Tauchen Sie ein in eine Welt, in der Technologie und Menschlichkeit zusammentreffen, und erleben Sie eine Energie, die sich wirklich kümmert.

10 Jahren Garantie

Qualität, auf die Sie sich verlassen können, garantiert für ein Jahrzehnt. Der Jupiter C Plus setzt mit seiner außergewöhnlichen Langlebigkeit und Leistung einen neuen Standard im Bereich der Energiespeicherung, der durch unsere 10-Jahres-Garantie abgesichert ist. Genießen Sie über Jahre hinweg zuverlässige, sorgenfreie Energie, denn Sie wissen, dass Ihre Investition geschützt ist.

IP65-Schutz, Temperaturbeständig

The Jupiter C+ is dust and waterproof according to IP65 and operates reliably at temperatures from -20°C to +60°C. It offers reliable, year-round protection for photovoltaic systems in all weather conditions.

Technische Spezifikationen

DC: PV Input
Max. Input Power 2,400 W
Operating Voltage 16 to 60 V
Short Circuit Current 20 A
Number of MPPTs 4
MPPT Efficiency 99.8%
AC: Grid Feed-in
Rated output power 800 VA
Operating phase L / N / PE
Rated mains voltage 230 V
Rated frequency 50 Hz
Rated output current 3.48 A
Power factor > 0.99 (standard)
THDi < 3 %
System Details
Max. efficiency (battery to AC) > 96.5%
Display HD touchscreen
Communication Bluetooth, WLAN, RS485
PV connection MC4
AC connection BC01
Environmental parameters
Temperature range -20 to +60 °C
Protection class IP65
Cooling Natural convection
Max. operating altitude 2,000 m
Relative humidity 0 to 95 %

Im Lieferumfang

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AC cable
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Garantiekarte
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cover
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Tool
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Feet

What else you might want to know

How does the Jupiter C+ balcony power plant with storage work?

Jupiter C+ stores solar energy generated by solar panels and feeds it into the grid via a built-in micro-inverter. The maximum solar input power is 2000 W. The grid output power is 800 W, which can be adjusted manually or automatically according to the smart meter.

How can the Jupiter C+ output be controlled?

You can manually set the discharge time and power via Jupiter’s HD touchscreen or by adding Jupiter to the Marsrtek app. Alternatively, you can select the automatic discharge mode when pairing it with a smart meter. Jupiter will then discharge according to your discharge settings or based on the data collected by the smart meter.

Which smart meters are compatible with the Jupiter C+?

Currently, Jupiter supports Marstek Smart Meter CT002 and Shelly pro 3em. If you use a P1 meter, Marstek CT003 can be used with it for smart power distribution.

Can the Jupiter C+ capacity be expanded?

Jupiter C+ has a capacity of 2.56 kWh and can be connected to a maximum of 3 extension batteries. The capacity range is therefore 2.56 kWh ~ 10.24 kWh.

Can the Jupiter C+ expansion battery extend the capacity of the Jupiter All-in-One C/E?

The Jupiter C+ expansion battery does not support capacity expansion for the Jupiter All-in-One C/E.

What do I need to consider when using the Jupiter C+ in winter?

At low temperatures, the activity of the lithium battery decreases, which can easily lead to fast and high power consumption of the battery. Therefore, attention should be paid to the use of batteries in winter:
(1) In winter, it is recommended to reserve at least 30% or 50% of the battery power to avoid low battery power. Especially in snowy weather, it is recommended to maintain 70% of the battery capacity to ensure that the battery has sufficient reserves.
(2) If the battery has not been charged for more than one week, it is recommended to stop discharging until the battery is charged to more than 90% before turning on the discharge.
(3) Avoid high-power discharge. PV is weaker in winter, and charging is more difficult. If the device is discharged with high power, it can easily lead to the battery having low power for a long time.
(4) Regularly check whether the PV panels can supply power normally. Especially after heavy snowfall, the PV panels are easily blocked by snow and cannot charge the battery for a long time.

Disclaimer

The projected annual electricity cost savings of approx. €1,109 for the Marstek Jupiter C Plus are based on a model-based estimate, taking into account the following parameters and assumptions:

1. Basis of Calculation

  • System Parameters: 2.4 kWp maximum photovoltaic input power, 12.24 kWh maximum storage capacity, bidirectional inverter (limited to 800 W continuous power).
  • Scenario Assumptions (Reference Values 2025/2026): 1,200 hours of sunshine per year (average for Central Germany), €0.40/kWh average household electricity price (incl. taxes and duties).
  • Efficiencies: Inverter efficiency 99.8%, storage efficiency (LFP technology) 96.5%.

2. Formula and Calculation

Savings are calculated from the usable, self-generated solar power multiplied by the current electricity price:

  • Theoretical Generation: 2.4 kW × 1,200 h = 2,880 kWh/year.
  • Usable Solar Power: 2,880 kWh × 0.998 × 0.965 = 2,773.64 kWh/year.
  • Annual Savings: 2,773.64 kWh × €0.40/kWh ≈ €1,109.

3. Important Note on Variability

Actual yields may vary individually. Key influencing factors include geographical location (e.g., 1,300 hours in Southern Germany vs. 1,000 hours in the North), the orientation and tilt of the PV modules, local shading, fluctuating electricity market prices, and the household's personal consumption behavior. This calculation is for guidance only and does not constitute a contractual yield guarantee or legal warranty.

Legal Notices (Germany)

To benefit from the simplified regulations for plug-in generation systems according to § 8 para. 5a EEG, the following limits apply:

  • The total installed PV capacity must not exceed 2,000 Wp.
  • The inverter's apparent power must be ≤ 800 VA.

Should your system exceed these limits, the regular requirements of the grid operator apply. This may include, among other things, extended registration, meter modification, or formal approval procedures. Please inform yourself about the locally applicable regulations before installation.

Registration & Installation:

In Germany, plug & play solar systems can generally be installed and connected independently. Registration in the Market Master Data Register (MaStR) is legally mandatory (www.marktstammdatenregister.de). The registration with the grid operator has been significantly simplified or partially automated by the Solar Package I.

Disclaimer

The projected annual electricity cost savings of approx. €1,109 for the Marstek Jupiter C Plus are based on a model-based estimate, taking into account the following parameters and assumptions:

1. Basis of Calculation

  • System Parameters: 2.4 kWp maximum photovoltaic input power, 12.24 kWh maximum storage capacity, bidirectional inverter (limited to 800 W continuous power).
  • Scenario Assumptions (Reference Values 2025/2026): 1,200 hours of sunshine per year (average for Central Germany), €0.40/kWh average household electricity price (incl. taxes and duties).
  • Efficiencies: Inverter efficiency 99.8%, storage efficiency (LFP technology) 96.5%.

2. Formula and Calculation

Savings are calculated from the usable, self-generated solar power multiplied by the current electricity price:

  • Theoretical Generation: 2.4 kW × 1,200 h = 2,880 kWh/year.
  • Usable Solar Power: 2,880 kWh × 0.998 × 0.965 = 2,773.64 kWh/year.
  • Annual Savings: 2,773.64 kWh × €0.40/kWh ≈ €1,109.

3. Important Note on Variability

Actual yields may vary individually. Key influencing factors include geographical location (e.g., 1,300 hours in Southern Germany vs. 1,000 hours in the North), the orientation and tilt of the PV modules, local shading, fluctuating electricity market prices, and the household's personal consumption behavior. This calculation is for guidance only and does not constitute a contractual yield guarantee or legal warranty.

Legal Notices (Germany)

To benefit from the simplified regulations for plug-in generation systems according to § 8 para. 5a EEG, the following limits apply:

  • The total installed PV capacity must not exceed 2,000 Wp.
  • The inverter's apparent power must be ≤ 800 VA.

Should your system exceed these limits, the regular requirements of the grid operator apply. This may include, among other things, extended registration, meter modification, or formal approval procedures. Please inform yourself about the locally applicable regulations before installation.

Registration & Installation:

In Germany, plug & play solar systems can generally be installed and connected independently. Registration in the Market Master Data Register (MaStR) is legally mandatory (www.marktstammdatenregister.de). The registration with the grid operator has been significantly simplified or partially automated by the Solar Package I.