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Victron Energy BlueSolar 130W (SPM041303603) solar panel based on monocrystalline silicon is a premium product from a leading Dutch developer of autonomous power systems. With a nominal power of 130W, this PV module is designed to create resilient hybrid and independent (Off-Grid) power supply complexes. The use of first-class semiconductor cells allows achieving peak performance even under unfavorable weather conditions.
This model will be an ideal choice for projects requiring uncompromising reliability, long service life, and stable output current parameters — from residential buildings and communication facilities to campers and water transport.
Key Technological Advantages of the Victron Energy BlueSolar 130W Photo Module
- Increased PV module efficiency (19.10%): A precise balance between panel dimensions and power makes it possible to harvest maximum energy per unit of working area.
- Excellent generation under low insolation: High photosensitivity across the entire spectral range ensures stable power generation on cloudy days and during the winter period.
- Minimization of losses during partial shading: Integrated bypass diodes protect against a sharp drop in power when a shadow from landscape elements, roofs, or buildings falls on the panel.
- Minimal thermal losses (-0.45%/°C): At the peak of summer heat, when conventional silicon panels sharply reduce output due to overheating, BlueSolar modules maintain high operating efficiency.
- High-tech encapsulation (Advanced EVA): Advanced multi-layer sealing with a durable three-layer backsheet guarantees long-lasting insulation and protects cells from voltage-induced degradation.
- Increased mechanical strength: A rigid frame made of anodized aluminum alloy is compatible with all standard mounting systems. Durable tempered glass on the front surface is resistant to impact loads, including large hail.
Detailed Technical Parameters
| Characteristics | Value |
|---|---|
| Nominal power (P_mpp) | 130 W (±3%) |
| Efficiency | 19.10% |
| Voltage at max power point (V_mpp) | 21.1 V |
| Current at max power point (I_mpp) | 6.18 A |
| Open-circuit voltage (V_oc) | 24.80 V |
| Short-circuit current (I_sc) | 6.53 A |
| Number of series-connected cells | 36 cells |
| Maximum series fuse current | 10 A |
| Maximum system voltage | 1000 V |
| Physical dimensions (L x W x H) | 1020 x 668 x 30 mm |
| Weight without packaging (net) | 7.10 kg |
| Maximum static surface load | 200 kg/m² |
| Operating temperature range | from -40°C to +85°C |
Long-term Official Warranty Obligations
By choosing solutions from Victron Energy, you acquire reliable equipment designed for many years of trouble-free service:
- 5 years — full factory warranty on assembly quality and photo module components.
- 25 years — extended warranty on nominal power retention (the manufacturer guarantees that power output will drop to no less than 90% in the first 10 years and no less than 80% over a quarter century of operation).
Tips for Designing an Efficient Power System
To unlock the full potential of the Victron BlueSolar 130W module, it is highly recommended to combine it with intelligent MPPT controllers of the SmartSolar or BlueSolar series from Victron Energy. The advanced ultra-fast maximum power point tracking (Ultra-fast MPPT) algorithm increases overall generation by up to 30% compared to standard PWM analogs. This ensures the fastest and most efficient charging of both modern LiFePO4 storage devices and traditional AGM/Gel batteries.
Recommended Areas and Integration Options
- Mobile energy (Motorhomes, Marine): An optimal choice for installation on the roofs of motorhomes, travel trailers, boats, or yachts to reliably maintain the charge of service batteries.
- Communications and remote infrastructure: Stable autonomous power supply for relay towers, network equipment, video surveillance systems, and remote weather stations.
- Agriculture: Powering automated irrigation systems, pulse generators for electric fences ("electric shepherds"), and local water pumps.
- Home backup: Creating compact UPS systems to ensure continuous operation of critical low-power equipment (network routers, security alarms, emergency lighting).