enjoy solar® Monocrystalline Solar Panel – HPBC Technology, 150W 24V

enjoy solar® Monocrystalline Solar Panel – HPBC Technology, 150W 24V

SKU: 00-1182150
GTIN: 4260558579045
Category: HPBC Serie 12V/24V
Manufacturers: enjoy solar

Max. voltage (Vmp): 36.72V
Max. current (Imp): 4.08A
Open-circuit voltage (Voc): 40.5V
Short-circuit current (Isc): 4.34A
Cells: Mono 54 (3 x 18)
Module dimensions: 1190 x 580 x 30 mm
Module weight: 7.84 kg

82,31 €

incl. 0% VAT , plus

Goods ordered. 500 expected on 17.11.2026.

MONOCRYSTALLINE HPBC SOLAR PANEL

150W 24V HPBC. More yield from a compact area.

The enjoy solar® 150W 24V solar panel uses rear cell contacts for a larger active area, high efficiency and an elegant all-black design.

Up to 26% efficiency
Anti-shading under partial shading
Soft breakdown prevents local overheating

150WpMaximum power

26%Efficiency

36.72VVoltage at Pmax

7.84kgWeight

THE HPBC ADVANTAGES

More light. Fewer losses.

Rear contacts keep the front of the cell unobstructed and improve light absorption, appearance and energy yield.

Up to 26% efficiency

The fully usable cell front enables high yields from a compact panel area.

All-black design

No visible front contacts: the uniformly black surface has a modern, premium appearance.

Robust construction

Toughened solar glass and the reinforced aluminium frame protect the panel during permanent outdoor use.

Anti-shading comparison between an HPBC panel and a conventional solar panel under cell shading

CELL SELF-BYPASS

Shading remains local.

If an individual HPBC cell is shaded, it bypasses itself. The rest of the cell string continues to operate instead of suffering a widespread loss of power.

Only the affected cell area is bypassed
The remaining cell string continues to deliver power
Beneficial with leaves, dirt and partial shade

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

SOFT-BREAKDOWN-DESIGN

Less heat under shade.

When shaded, a conventional cell can heat up significantly in a localised area. The HPBC design substantially reduces this thermal stress.

Reduced local temperature peaks
Lower thermal stress on the cells
3 bypass diodes provide support under partial shading

TECHNICAL DATA

HPBC Series

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

150WpMaximum power

36.72VVoltage at Pmax

4.08ACurrent at Pmax

40.5VOpen-circuit voltage

1190 × 580 × 30mmDimensions

7.84kgWeight

Complete technical data 21 specifications

Monocrystalline HPBC solar panel	150W 24V
Item number	1182150
EAN Code	4260558578369
Maximum power (Pmax)	150Wp
Maximum voltage (Vmp)	36.72V
Maximum current (Imp)	4.08A
Open-circuit voltage (Voc)	40.5V
Short-circuit current (Isc)	4.34A
Temperature coefficient of Voc	-0.270%/°C
Temperature coefficient of Isc	+0.048%/°C
Temperature coefficient of power	-0.350%/°C
Nominal cell temperature	45 ± 2°C
Operating temperature	-40°C to +85°C
Maximum system voltage	1000V DC
Output power tolerance	0 to +3%
Junction box	Waterproof to IP67
Bypass diodes	3
Cells	54 monocrystalline cells (3 × 18)
Connection cable and connectors	4mm² × 90cm, solar connectors (+/−)
Performance warranty	25 years
Dimensions	1190 × 580 × 30mm
Weight	7.84kg

Note: Before installation, check the system voltage, charge controller input ratings, cable cross-section and fuse protection. The stated 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.

CONNECTION OPTIONS

Series or parallel connection

Series connection

Parallel connection

Example with two identical panels (12 V / 8 A each): In series, the voltage increases to 24 V; in parallel, the current increases to 16 A. Please follow the specifications of the panels and charge controller.

SYSTEM SETUP

Connection example

The charge controller charges the battery. Suitable DC loads may only be connected to the load output when it is designed and adequately rated for them. Supply 230 V appliances through a suitable power inverter with appropriate battery-side protection.

INSTALLATION

Make the most of sunlight

Tilt Consider location and use

Shade Avoid partial shading too

Mounting Suitable for the surface

Plan the tilt and orientation for the installation location, avoid both permanent and partial shading, and secure the panel with a mounting system suitable for the surface and expected wind and snow loads. An angle of approximately 30° is only an example, not a universally optimal value.

Important: Electrical limits, cable cross-section, isolation devices, overcurrent protection and installation requirements must suit the individual panel and the complete system. Verify polarity before connecting, never disconnect PV connectors under load, and only mate approved compatible connectors of the same type and manufacturer. Follow the equipment manufacturer's specified connection and disconnection sequence.