Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+
Zendure SolarFlow 2400 AC+

Zendure SolarFlow 2400 AC+

€1.547,99 Excl. Bebat-bijdrage
€1.735,77 €2.217,00 -€481,23
/
Tax included. Shipping calculated at checkout.
The stated prices and taxes only apply to private individuals.
Please contact us for business purchases.

📦Estimated delivery time: 3-5 days
ℹ️ Find out here what the Bebat contribution is

Basis
Add Battery Storage

Buying together – surprisingly affordable!

Zendure 6-in-1 Power Strip Cube€47,99 €83,99 €36,00 OFF
Zendure Battery AB3000L€770,96 €820,96 €50,00 OFF

📦Shipping information:SolarFlow systems may be shipped in multiple packages. Deliveries may arrive at different times and will be provided with separate tracking numbers. No additional shipping costs will be charged for partial deliveries.

Different ways to optimize your savings

until
€1,521

SolarFlow 2400 AC+ & Batteries

€1,521 / year

PV Panels

€440 / year

*The mentioned savings are model-based estimates based on a comparison between a reference household without storage and a household with SolarFlow (higher PV self-consumption and, where applicable, charging/discharging based on the tariff). PV yield is estimated using PVGIS and price input is based on publicly available market data (e.g., Energy Price Index). Actual results may vary significantly by country/region, system and battery configuration, weather, consumption profile, tariff structure, feed-in remuneration/grid fees, settings, and battery efficiency/degradation. For illustration only, not a guarantee; taxes, levies, installation costs, and local regulations are not included unless otherwise stated.

2400W bidirectional AC

Most devices covered. Less mains power needed.

From everyday basic appliances to heavier kitchen loads: 2400W bidirectional AC lets more of your household run on stored solar energy. During peak pricing, the system discharges to limit expensive grid consumption.

2.4kWh to 16.8kWh

Growing when you grow.

Start with what you need now and expand later — ideal for future high-demand consumers such as EV charging and heat pumps.

Simple installation in clear steps

Plug & Play

Stack batteries. Connect PV. Plug into the outlet. Activate in the app. Done.

01

Place main unit on battery

02

Plug AC cable into wall outlet

03

Connect Smart CT via RJ45

Higher self-consumption

Store surplus solar energy during the day and use it in the evening. Compared to standard feed-in via microinverter, integrated storage can increase self-consumption by 60%+, so you get more out of your solar energy.

Charge at low price, discharge at high price

Charges automatically during low-price periods (including negative prices where available) and discharges during peak times to reduce expensive grid consumption.

ZENKI™ 2.0— AI Forecasting & Planning

ZENKI™ 2.0 learns your consumption patterns and predicts PV yields and electricity prices to automate charging and discharging:

*ZENKI 2.0 Start date: 04.30.

High price:
prioritize battery discharging (incl. heat pump / EV)

Low price:
charging from the grid

Negative price:
maximum benefit from cheap energy for home and charging

Dynamic rate
Basic

~2,000 kWh
Annual consumption

€400
Estimated maximum annual savings

4.25 years
Payback period

Recommended set:
1× SolarFlow 2400 AC+ (2.4 kWh) + 1× AB3000L (Total 5.28 kWh)

Dynamic rate
Advanced

~3,000 kWh
Annual consumption

€618
Estimated maximum annual savings

3.93 years
Payback period

Recommended set:
1× SolarFlow 2400 AC+ (2.4 kWh) + 2× AB3000L (Total 8.16 kWh)

Fixed rate
Households with PV renovation

~5,000 kWh
Annual consumption

€1,521
Estimated maximum annual savings

3.02 years
Payback period

Recommended set:
1× SolarFlow 2400 AC+ (2.4 kWh) + 5× AB3000L (Total 16.8 kWh)

ZenGuard™ 1｜Predictive prevention

Dual-Shield BMS architecture

A built-in local BMS monitors key parameters in real time, while a cloud layer adds periodic health analysis and fault prediction — without accessing personal or sensitive data.

ZenGuard™ 2 | Active maintenance

Intelligent battery self-maintenance

The system automatically prevents deep discharge via smart SOC control, self-heating at low temperatures, and combined AC + PV recharging — ensuring the battery remains healthy in low temperatures or at a low state of charge.

ZenGuard™ 3 | Last line of defense

Condensed Aerosol Fire Suppression

If abnormal heat or a short circuit is detected, the built-in high-temperature aerosol system activates to suppress the incident without harmful residues.

Home Energy Management System (HEMS)

One overview for your home energy

HEMS brings PV, storage, the grid, and household loads together — allowing you to monitor, manage, and automate how energy is generated, stored, and used.

Measurement accessories for precise power control

Measurement accessories for precise power control

Shelly Pro 3EM Pro
Shelly Pro 3EM-400
Shelly Pro 3EM-3CT63
Shelly 3EM
EverHome EcoTracker IR
EverHome EcoTracker P1

Coordination for 5,000+ heat pumps & Tesla EV charging

MQTT supported: integrates with Home Assistant, Homey and more

Supports 840+ European energy suppliers for tariff-based optimization

100% compatible with PV inverters for rooftop installations on the market

All-in-one design

10-year warranty
lifespan up to 15 years

Battery self-heating
IP65-rated design

SolarFlow 2400 AC+
More information
AB3000L Batterij
More information
515W Bifaciale Zonnepaneel
More information
450W Bifaciale Zonnepaneel
More information
230W Flexibel Zonnepaneel
More information
SolarFlow 2400 AC+
AB3000L Batterij
515W Bifaciale Zonnepaneel
450W Bifaciale Zonnepaneel
230W Flexibel Zonnepaneel
SolarFlow 2400 AC+
Model & Netklem
Parameter Specificatie
Model ZDSF2400AC+
Nominale in-/uitgangsspanning 230 V AC
Nominale in-/uitgangsfrequentie 50 Hz
Nominaal AC-uitgangsvermogen 800 W (standaard) / 2400 W (*Premium)
Nominale AC-uitgangsstroom 3,5 A AC (standaard) / 10,4 A AC (*Premium)
Max. AC-ingangsvermogen 3200 W
Max. AC-ingangsstroom 13,9 A AC
Off-grid klem
Parameter Specificatie
Nominale in-/uitgangsspanning 230 V AC
Nominale in-/uitgangsfrequentie 50 Hz
Max. AC-uitgangsvermogen 3200 VA
Max. AC-uitgangsstroom 13,9 A AC
Max. AC-ingangsvermogen 2400 VA
Max. AC-ingangsstroom 10,4 A AC
Batterij (Port)
Parameter Specificatie
Batterijtype LiFePO4
Nominale energie 2400 Wh
Nominale capaciteit 50 Ah
Nominale spanning 48 V DC
Max. laad-/ontlaadvermogen 2400 W
Max. laad-/ontlaadstroom 50 A DC
Laadtemperatuur 0°C tot 55°C
Ontlaadtemperatuur −20°C tot 55°C
Laad-/ontlaadspanningsbereik 37,5–54,75 V DC
Algemeen
Parameter Specificatie
Beschermingsklasse Klasse I
Arbeidsfactor 0,8 (inductief) tot 0,8 (capacitief)
Bedrijfstemperatuur −20°C tot 55°C
Behuizingsklasse IP65
Afmetingen (B × H × D) 326 × 294 × 251 mm
Gewicht 27,8 kg
Draadloze Communicatie
Module Parameter Waarde
Bluetooth Protocool Bluetooth 5.0
Bluetooth Frequentiebereik 2402–2480 MHz
Bluetooth Max. zendvermogen 20,0 dBm
Wi-Fi Protocool Wi-Fi 4 (IEEE 802.11 b/g/n)
Wi-Fi Frequentiebereik 2412–2472 MHz
Wi-Fi Max. zendvermogen 20,0 dBm
AB3000L Batterij
Modell
ZDAB3000L
Batterie Nennspannung
48V Gleichstrom
Batterielebensdauer (Zyklen)
6.000 Zyklen
Nennkapazität
60Ah/2880Wh
Batterietyp
LiFePO₄
Maximale Eingangs-/Ausgangsleistung
Ein AB3000L Akku: 1,680W Zwei oder mehr Akkus: 1,920W
Ladetemperatur
0° C ~ 55° C (32° F ~ 131° F)
Entladetemperatur
-20° C ~ 60° C (-4° F ~ 140° F)
Selbstheizfunktion
Ja
Automatische Selbstheizfunktion
-20° C ~ 0° C (-4° F ~ 32° F)
Lagerungstemperatur
-30℃ bis 45℃ (-22° F bis 113° F): 1 Monat -20℃ bis 35℃ (-4° F bis 95° F): 6 Monate
Brandschutzsystem
Aerosol Brandschutzsystem
Aktivierungstemperatur
170° C ±10° C (338° F ±18° F)
Batterieschutz
Überbelastung, Überstrom, Kurzschluss, Überhitzung
Kompatibilität
SolarFlow 2400 Pro/SolarFlow 2400 AC+
Abmessungen
394 x 257 x 283 mm
Gewicht
26,3 kg
Schutzart
IP65
515W Bifaciale Zonnepaneel
Model
RM-515W-182R/108TB
Mechanische eigenschappen
↓
Celtype
N-TOPCon
Module-afmetingen
1960*1134*30mm
Gewicht
27kg
Beschermingsgraad (IP-classificatie)
IP68
Elektrische eigenschappen
↓
STC*
Maximale vermogen (Pmax)
515W
Open-circuit spanning (Voc)
39.71V
Kortsluitstroom (Isc)
16.08A
Optimale werkende spanning (Vmp)
34.01V
Optimale werkende stroom (Imp)
15.15A
Module rendement (%)
23.17%
*STC
Bestraling 1000 W/m², celtemperatuur 25°C, AM=1,5. Vermogentolerantie van Pmax binnen +/- 3%.
Opmerking
Moduleparameters kunnen per batch variëren. De bij bestelling geldende waarden zijn leidend.
450W Bifaciale Zonnepaneel
Celtype
↓
Afmetingen paneel
N-type
Glasdikte
1762×1134×30mm
Gewicht
1,6mm + 1,6mm
Aansluitbakje
25,5 kg
Uitgangskabel
IP68
Stekertype
4mm², 1200 mm
Rahmen
MC4-compatibel
Elektrische eigenschappen
Eloxiëerd aluminiumlegering
STC*
↓
Maximale vermogen (Pmax)
450W
Paneelefficiëntie (%)
22.52
Betriebsspanning (Vmp)
34,09
Betriebsstroom (Imp)
14,97A
Leerloopspanning (Voc)
39,86V
Kortsluitingsstroom (Isc)
13,38A
*STC
Irradiatie 1000 W/m², Celstemperatuur 25 °C, AM=1.5. Tolerantie voor Pmax binnen ± 3%. De testcondities betreffen de voorkant.
**NMOT
Irradiatie 800 W/m², OmgevingsTemperatuur 20 °C, AM=1,5, Windsnelheid 1 m/s. De testcondities betreffen de voorkant.
Temperatureigenschappen
↓
NMOT
42±2°C
Temperatuurcoëfficiënt van Pmax
-0,300 %/°C
Temperatuurcoëfficiënt van Voc
-0,250 %/°C
Temperatuurcoëfficiënt van Isc
+0,045 %/°C
Betriebsparameters
↓
Maximale systeemspanning
DC1500V
Vermogentolerantie
0~+5W
Betriebstemperatuur
-40 tot +85 ℃
Max. beschermingsstroom
30A
Statische belasting
Voorkant 5400Pa, Achterkant 2400Pa
230W Flexibel Zonnepaneel
Maximale vermogen (Pmax)
230W
Maximale vermoegensspanning (Vmp)
37.3V
Maximaal vermoegensstroom (Imp)
6.2A
Leerloopspanning (Voc)
40.5V
Kortsluitingsstroom (Isc)
6.5A
Cellefficiëntie
25.00%
Celtype
TopCON
Vermogentolerantie
±10%
Temperatuurcoëfficiënt (vermogen)
-0.29%/℃
Temperatuurcoëfficiënt (spanning)
-0.25%/℃
Temperatuurcoëfficiënt (stroom)
0.045%/℃
Gewicht
4.3kg (9.48lb)
Afmetingen
1154 × 995 × 2.8mm (45.43 × 39.17 × 0.11in)
Betriebstemperatuur
-40℃ tot 80℃ (-40 ℉ tot 176 ℉ )
IP-beveiligingsklasse
IP68

Download

Zendure SolarFlow 2400 AC+

AB3000L

Model comparison

Easy to choose. Find the model that appeals to you most.

  • SolarFlow 2400 AC+
  • SolarFlow 1600 AC+
  • SolarFlow 2400 Pro
  • SolarFlow 2400 AC+
  • SolarFlow 1600 AC+
  • SolarFlow 2400 Pro
  • SolarFlow 2400 AC+
  • SolarFlow 1600 AC+
  • SolarFlow 2400 Pro

FAQ

Does it support a self-installed grid connection?

The SF2400 AC+ supports plug-and-play grid connection by the user. If you wish to connect this product to the distribution board as a non-plug-and-play device to participate in the feed-in tariff, a certified electrician must connect it via hardwiring to a new fuse and register it in the MaStR as a non-plug-and-play storage inverter.

Can it be connected to PV panels?

The SolarFlow 2400 AC+ cannot be connected directly to PV modules, but can be used as an AC-coupled storage system for an existing PV system.

Is a Wi-Fi connection and the Zendure App required?

Yes. The Zendure App is required for system setup, selecting operating modes, and remote monitoring. Please ensure the device is connected to a Wi-Fi network to enable real-time data synchronization.

What are the requirements for the installation environment?

1. The device can be installed both indoors and outdoors, but direct exposure to sunlight and rain must be avoided.2. Ensure that the device is within the Wi-Fi coverage area.3. Keep at least 15 cm of free space above the device and at least 5 cm of ventilation space at the rear.4. The installation site must be within the length of the PV cables and the 3 m AC power cable.5. Keep the device away from flammable or explosive materials.6. Place the device on a stable and firm surface.

How to make it compatible with an existing home PV system?

When a Zendure CT or smart meter detects that surplus electricity from an existing PV system is being fed back into the grid, it sends a charging command to the SF2400 AC+ so that this excess PV power is prioritized for storage in the battery.

Can the AC off-grid output be connected to a PV inverter?

Yes. This port supports the connection of PV micro-inverters with a rated power of ≤ 2400 W to power the device. However, it only works when the device is connected to the grid.

Can the AC off-grid output be connected to a fuel generator?

No. The AC off-grid output is only intended for powering loads. Do not connect a fuel/diesel/gasoline generator or other grid-simulating power source, as this may damage the device or create a safety hazard.

Which battery terminals are supported?

Supported battery unit model: AB3000LMaximum of 5 additional batteries can be stacked.

Built-in battery capacity:

2400 Wh

Can the PV panels and the battery supply power at the same time?

Yes. The maximum combined load capacity is 2400 W.

Is the EPS function supported?

Yes. When the device detects a power failure, it automatically switches to supply the load connected to the AC off-grid output with power from the battery, providing emergency power.

Can the AC off-grid output be used when the device is not connected to the grid?

Yes. The AC off-grid output also works normally when the device is not connected to the power grid, with a rated power of 2400 W and a peak power of 3600 W (200 ms).

Which smart meters is the SolarFlow 2400 AC+ compatible with?

It can work together with Zendure Smart Meter 3CT, Smart Meter D0/P1, Shelly Pro 3EM, Shelly 3EM, and Everhome Ecotracker IR, enabling automatic power control.

How does a smart meter work?

A smart meter can monitor a household's total electricity consumption and power direction in real time. When household electricity demand increases, the meter automatically increases the discharge power; when demand decreases, the power is reduced. This allows for precise real-time control at the 1W level.

How can a smart meter achieve "zero energy waste"?

The smart meter dynamically adjusts the power output based on real-time household load, so that the generated electricity matches consumption and export losses are avoided.

What is the purpose of the RJ45 port on the device?

The RJ45 port supports RS485 communication and enables real-time RS485 communication with the upcoming Smart Meter 3CT-S / 1CT-S.

Is Home Assistant supported?

Yes.

How should the device be stored?

For long-term storage, discharge the battery to 30% and charge it to 60% every 3 months. If the battery level is below 1% after use, charge it to 60% before storing. Storing with a low battery level can cause irreparable damage and shorten battery life.

Precautions for winter use:

- Keep the device dry and avoid frost.- Regularly check cable connections and waterproofing.- For prolonged periods of inactivity, it is recommended to recharge the device every 2–3 months.