Renogy 400W Portable Solar Suitcase - Lightweight and Powerful
- 【Ultra-portable – 13,7 kg】 Design compact, pliable et léger pour un transport sans effort.
- 【Structure en fibre de verre robuste】 Fabriqué en fibre de verre de haute qualité pour une durabilité exceptionnelle.
- 【Installation rapide en 1 minute】 Connecteurs étanches IP68 et pieds en aluminium anti-corrosion pour un montage facile et rapide.
- 【Conçu pour toutes les conditions météo】 Protection IP67 et revêtement ETFE pour une résistance accrue aux intempéries et à l’usure.
- 【Garantie 5 ans】 Garantie de 5 ans couvrant les matériaux et la main-d’œuvre, pour un achat en toute sérénité.
Renogy 400W Portable Solar Suitcase - Lightweight and Powerful - 400W is backordered and will ship as soon as it is back in stock.
Renogy 400W Portable Solar Suitcase - Lightweight and Powerful
Valise Solaire 400W – Légère et Portable
Une valise solaire haute puissance, à la fois légère et robuste, avec pieds de support renforcés, conçue pour offrir des performances fiables partout où vous en avez besoin.
Valise solaire portable légère 300 W
La valise solaire haute puissance la plus durable, avec des supports robustes et des cellules N-Type.
Valise solaire portable légère 100 W
La valise solaire haute puissance la plus durable, avec des supports robustes et des cellules N-Type.
Keep your batteries ready in case of a power outage
For safe and efficient charging, a charge controller is required to connect the solar case to your battery system.
Robust structure for optimal performance
Corrosion-resistant feet ensure perfect positioning to maximize energy production. Manufactured with durable materials and backed by an industry-leading warranty for long-term reliability.
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Conçu pour une efficacité impeccable
Cette valise solaire portable offre un rendement cellulaire de 23 % en maximisant le potentiel du module et en exploitant des agencements compacts de cellules solaires pour améliorer l’efficacité du module. Profitez d’une alimentation ininterrompue pendant des heures, même lors de vos voyages en van ou en camping-car.
Fiabilité ultime avec une efficacité impeccable
Maximisation du potentiel du module avec un rendement cellulaire de 25 %, tout en exploitant des agencements compacts de cellules solaires pour améliorer l’efficacité du module.
Designed for durable outdoor use
Made with premium materials to ensure years of reliable performance, even in harsh conditions.
Protective case
Easy to carry, it offers protection against shocks.
Fiberglass reinforcement
Provides exceptional durability, even in the face of light hailstorms.
Corner protection
Guarantees longevity and resistance to wear.
ETFE coating
Provides increased durability and better weather resistance.
Le renfort de puissance dynamique pour les systèmes solaires existants
Veuillez vous assurer que la tension d’entrée PV reste inférieure à la tension d’entrée solaire du contrôleur.
Le renfort de puissance dynamique pour les systèmes solaires existants
Veuillez vous assurer que la tension d’entrée PV reste inférieure à la tension d’entrée solaire du contrôleur.
Portable Power Anywhere
Parallel two panels to boost power and charge faster in high-demand outdoor scenarios.
Continuous energy production even in the shade
Parallel wiring reduces losses from shaded areas, ensuring stable and reliable production. See the Power in Action
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Package Contents
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400W Portable Solar Panel
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Electronic warranty card
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User Manual
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Information
300W
100W
Téléchargements
Frequently Asked Questions
1. What do I need to complete my off-grid solar system?
1. What do I need to complete my off-grid solar system?
A solar panel must be connected to a charge controller to control the current, and to a battery to store the energy produced. You will need an adapter cable kit to connect the solar panel(s) to the charge controller, as well as connection cables to connect the controller to a deep-cycle battery.
2. What do “off-grid” and “on-grid” mean?
2. What do “off-grid” and “on-grid” mean?
“Grid-connected” means that the solar equipment (panel or installation) is connected to the public electricity grid. “Off-grid” refers to systems that are not connected to the grid: they store the energy produced for later use and are not affected by power outages.
3. Why is my solar panel producing less than expected?
3. Why is my solar panel producing less than expected?
Several factors can reduce performance: indirect light, high temperatures, cloudy skies, or dirt on the glass surface. Regular maintenance and proper orientation improve efficiency.
4. How do I connect my solar panels (series or parallel)?
4. How do I connect my solar panels (series or parallel)?
In series: the voltages add up, but the current remains that of a single panel.
In parallel: the currents add up, but the voltage remains that of a panel.
To optimize your installation, you can combine the two methods according to your needs.
5. How many solar panels do I need?
5. How many solar panels do I need?
First, calculate your consumption: power in watts × duration of use (in hours) × safety factor (1.5 to 2). Then size your battery bank, and determine the number of panels needed to charge efficiently.
6. What does the wording “12V/24V” in the product title mean?
6. What does the wording “12V/24V” in the product title mean?
These values indicate the type of system the panel is intended for, not the actual measured voltage (Voc/Vmp). The panel voltage must always be higher than the system voltage to operate properly.
7. What type of portable power station/solar power station is suitable for the 400W portable solar suitcase?
7. What type of portable power station/solar power station is suitable for the 400W portable solar suitcase?
Compatible with most portable power stations. Make sure the DC input exceeds 48V. For best performance, choose a model with large input capacity and efficient BMS.
8. How to choose the right charge controller for the 400W portable solar suitcase?
8. How to choose the right charge controller for the 400W portable solar suitcase?
Check that your battery voltage matches the voltage accepted by the regulator, and that the PV input voltage remains within its operating range. The regulator must support at least 30A for a 400W panel.
9. What do I need to complete my off-grid solar system with a 400W panel?
9. What do I need to complete my off-grid solar system with a 400W panel?
Use a charge controller to connect the panel to your battery, or connect it directly to a portable power station. An adapter cable kit and battery connection cables are required.
10. How to connect a 400W solar panel (series or parallel)?
10. How to connect a 400W solar panel (series or parallel)?
Series: increased voltage, current identical to a panel.
Parallel: increased current, voltage identical to a panel.
Use the configuration appropriate for the desired power and voltage.
11. What actual power can I expect from a 400W panel?
11. What actual power can I expect from a 400W panel?
In real-world conditions, the efficiency is approximately 85% of the nominal power. It can exceed this value in full sunlight at midday, but will decrease on cloudy days. Always place the panel in full sunlight, away from shadows.
12. What type of portable power station is ideal for 400W?
12. What type of portable power station is ideal for 400W?
Suitable for most portable stations, for home or camper use. DC input > 48V recommended, with large input capacity and efficient BMS management.
13. How to choose the right regulator for a 400W portable solar panel?
13. How to choose the right regulator for a 400W portable solar panel?
The regulator must match the battery voltage and support the PV voltage of the panel. If the panel power exceeds the regulator's capacity, choose a more powerful model. Minimum capacity: 30A.
