enjoy solar® Monocrystalline Solar Panel – HPBC technology, 150W 12V

enjoy solar® Monocrystalline Solar Panel – HPBC technology, 150W 12V

SKU: 00-1180150
GTIN: 4260558577959
Category: HPBC Serie 12V/24V
Manufacturers: enjoy solar

Max. voltage (Vmp): 22.65V
Max. current (Imp): 6.61A
Open-circuit voltage (Voc): 26.15V
Short-circuit current (Isc): 7.14A
Cells: Mono 36 (3 x 12)
Module dimensions: 1190 x 580 x 30 mm
Module weight: 7.84 kg
Suitable for 12V solar systems with a compatible charge controller

81,47 €

incl. 0% VAT , plus

Available immediately

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MONOCRYSTALLINE HPBC SOLAR PANEL

150W 12V HPBC. Higher efficiency in a compact size.

The enjoy solar® 150W 12V solar panel combines modern HPBC back-contact technology with high energy efficiency and stable long-term performance. The fully usable front surface of the cells improves light absorption and enables reliable power generation across a wide range of applications.

Up to 26% efficiency for high energy yields
Anti-shading under partial shading conditions
Soft breakdown reduces local temperature peaks

HPBC TECHNOLOGY

More active cell area. High efficiency. Elegant all-black design.

The back-contact design eliminates visible conductors on the front of the cells and uses the available surface particularly efficiently for light absorption.

Up to 26% efficiency

High-performance monocrystalline HPBC cells enable a high energy yield from a compact panel area.

100% active cell area

The rear contacts keep the front of the cells unobstructed and enable maximum light absorption without visible conductors.

All-black design

The uniform black surface combines a modern appearance with a high-performance back-contact architecture.

ANTI-SHADING

Shading remains locally limited.

When a single HPBC cell is shaded, it bypasses itself. The remaining cell string continues operating instead of suffering a large-scale loss of power.

Only the affected cell area is bypassed
The rest of the cell string remains operational
Beneficial with leaves, dirt and partial shading
3 integrated bypass diodes help limit power losses under partial shading

Soft-breakdown comparison between an HPBC panel and a conventional solar panel

SOFT-BREAKDOWN DESIGN

Less heat in the shade.

Under shading, a conventional cell can heat up significantly in a localised area. The HPBC design substantially reduces this temperature load and lowers thermal stress on the cells.

Reduced local temperature peaks
Lower thermal stress on the cells
Improved safety under partial shading
Supports stable long-term panel performance

TECHNICAL DATA

HPBC Series 150W 12V

The most important technical data at a glance. Further details are available in the complete data table.

22.65 VMax. voltage (Vmp)

6.61 AMax. current (Imp)

26.15 VOpen-circuit voltage (Voc)

7.14 AShort-circuit current (Isc)

1190 × 580 × 30mmDimensions

7.84 kgWeight

Complete technical data 22 specifications


Item number	1180150
EAN code	4260558577553
Cell type	Monocrystalline N-type solar cells
Solar cells	36 (3 × 12)
Max. power (Pmax)	150Wp
Max. voltage (Vmp)	22.65 V
Max. current (Imp)	6.61 A
Open-circuit voltage (Voc)	26.15 V
Short-circuit current (Isc)	7.14 A
Temperature coefficient of Voc	-0.270%/°C
Temperature coefficient of Isc	+0.048%/°C
Temperature coefficient of power	-0.350%/°C
Normal cell temperature	45 ± 2°C
Operating temperature	-40°C to +85°C
Max. system voltage	1000V DC
Power output tolerance	0 to +3%
IP rating	IP67
Bypass diodes	3 units
Connection cable and connectors	4mm² × 90cm, Solar connectors (+/−)
Power warranty	25 years
Dimensions	1190 × 580 × 30 mm
Net weight	7.84 kg

Note: The specified electrical values apply under STC conditions (irradiance 1000W/m², cell temperature 25°C, air mass AM 1.5). Actual energy yield may vary depending on environmental and installation conditions, particularly temperature, orientation, tilt angle, shading and system losses.

WIRING CONFIGURATION

Series or parallel?

(Simplified example)

Series connection

Parallel connection

Before making any connections, verify that the voltage and current remain within the permissible input ratings of the connected equipment.

SYSTEM COMPATIBILITY

Is the module compatible with your device?

Typical system configuration: The solar module is connected to the battery through a suitably rated charge controller. A compatible inverter is additionally required to supply 230 V AC loads. All components must be correctly matched in terms of voltage, current and power rating.

INSTALLATION

Optimally Fine-tune

Tilt angle Location-dependent alignment

Shading Avoid wherever possible, including partial shading

Mounting system Select a solution suitable for the mounting surface

Position the module for maximum solar exposure and minimise shading wherever possible. The optimum tilt angle and orientation depend on the installation site. Use a mounting system suitable for the supporting surface and rated for the applicable wind and snow loads. The illustrated 30° angle is provided solely as an example.

Important: Before purchasing or connecting the module, confirm that its voltage, current and power ratings are compatible with the PV input of the intended equipment. Observe the correct polarity, cable cross-section, overcurrent protection and all connection requirements specified by the respective equipment manufacturers. Do not disconnect connectors under load, and use only compatible, approved connectors.