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Onduleur solaire hybride avec protection contre la foudre
Our Lightning Protection Hybrid Solar Inverter is designed for users who need a safer and more stable solar storage solution in regions where electrical instability, surge risk, or outdoor environmental influence is an important concern. This IU Series product combines high frequency inverter technology, MPPT solar charging, battery management, and protective design in one integrated unit.
Covering the practical 3.6KW to 6.2KW range, this series is suitable for residential energy storage, backup power, small commercial solar systems, and projects that need stronger input and output protection together with reliable solar power conversion. It is especially valuable when users want both stable output and enhanced safety design.
Compared with ordinary entry-level inverters, this model places more emphasis on protective structure, safer switching logic, stronger PV utilization, and cleaner system compatibility. For buyers who care about both safety and performance, it provides a more reassuring long-term solution.
- Designed with lightning and high voltage protection features
- Suitable for hybrid solar storage and backup applications
- Stable pure sine wave output for household and system loads
- Practical solution for residential and light commercial projects
- Combines safety, solar charging, and power management in one unit
Why This Model Stands OutIn many solar applications, users do not only need higher efficiency. They also need stronger electrical protection, safer switching design, better compatibility with household loads, and more stable performance under changing power conditions. That is where this lightning-protection version becomes more attractive. This series supports stronger PV input capability, improved inverter output strength, cleaner EMI performance, and safer input and output switching design. These details help improve the real operating confidence of the complete system. For projects where system reliability and safety are both important, this type of hybrid inverter provides stronger value than a basic standard model. |
 Product Detail / Main Feature Visual |
Présentation du produit
| Nom du produit | Onduleur solaire hybride avec protection contre la foudre | Série | IU Series 3.6KW–6.2KW |
| Type | Onduleur solaire hybride haute fréquence | Installation | À fixation murale |
| Power Range | 3.6KW / 5.5KW / 6.2KW | Output Waveform | Onde sinusoïdale pure |
| Tension de la batterie | 24Vdc / 48Vdc | Mode de recharge photovoltaïque | MPPT |
| Puissance d'entrée photovoltaïque maximale | 6500W / 8500W | Efficacité maximale | 98% |
| Core Advantage | Lightning Protection + Safety Switching + Stronger PV Input | Demande | Residential Storage, Backup Power, Small Commercial Solar Systems |
Principaux arguments de vente
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Caractéristiques techniques
| Modèle | 3624SMH | 5548SMH | 6248SMH |
|---|---|---|---|
| Puissance de l'onduleur alimenté par batterie | 3600W | 5500W | 6200W |
| Puissance de l'onduleur photovoltaïque | 4500W | 6500W | 6500W |
| Tension de sortie | 220/230/240 V CA ±51 TP3T | 220/230/240 V CA ±51 TP3T | 220/230/240 V CA ±51 TP3T |
| Fréquence de sortie | 50/60 Hz ± 0,11 TP3T | 50/60 Hz ± 0,11 TP3T | 50/60 Hz ± 0,11 TP3T |
| Forme d'onde | Onde sinusoïdale pure | Onde sinusoïdale pure | Onde sinusoïdale pure |
| Puissance de crête | 7200VA | 11000VA | 12400VA |
| Tension de la batterie | 24Vdc | 48 Vcc | 48 Vcc |
| Mode de recharge photovoltaïque | MPPT | MPPT | MPPT |
| Puissance d'entrée photovoltaïque maximale | 6500W | 8500W | 8500W |
| Courant de charge PV maximal | 120A | 100A | 120A |
| Courant de charge CA maximal | 100A | 100A | 100A |
| Efficacité maximale | 98% | 98% | 98% |
Note: Technical data above is organized from the uploaded IU Series material. Please adjust the final displayed details according to the exact version you decide to publish.
Scénario d'application
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Scénario d'application
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This series is suitable for users who want a safer hybrid solar solution for residential and small commercial applications, especially in environments where surge risk, outdoor influence, or electrical instability must be considered more carefully. With stronger protection-oriented design and efficient hybrid operation logic, it is a practical choice for home solar storage, backup power, shops, light offices, and small-scale projects that require both system performance and electrical safety confidence.
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How to Select the Right Lightning Protection Inverter
Buyers should confirm total load size, battery voltage, PV input capacity, installation environment, and protection expectations before selecting a lightning protection hybrid inverter. In many projects, the right model is the one that balances output requirement and electrical safety, rather than simply having the highest rated power.
A well-matched inverter can improve daily reliability, reduce protection concerns, and support more practical system operation over the long term. This is especially important in projects where equipment protection and stable power supply are both critical.
- Confirm load requirement and backup demand
- Check battery voltage and solar array size
- Consider installation environment and protection expectations
- Match system design with required safety and hybrid functions
FAQ
1. What is the main advantage of this lightning protection hybrid inverter?
Its main advantage is combining hybrid solar energy management with stronger lightning and high voltage protection features.
2. Is it suitable for residential solar storage systems?
Yes. It is suitable for homes, backup systems, and small commercial applications that require both performance and stronger electrical safety.
3. What makes it different from a standard hybrid inverter?
It places more emphasis on protective design, safer switching, and stronger input and output security while maintaining hybrid inverter functionality.
4. Quelles informations sont nécessaires avant de proposer un modèle ?
Please provide load size, battery requirement, PV configuration, installation condition, and protection expectations so we can recommend the right model.
Need a Lightning Protection Inverter Solution?
Tell us your load size, battery configuration, PV design, and project environment. We can help you choose the right lightning protection hybrid solar inverter and system solution.
