Solar Energy

iGenergy Solar PV
Panel & Combiner

Mono-PERC

iGenergy's high-efficiency mono-crystalline silicon PERC solar panels, paired with purpose-built DC combiner boxes, deliver integrated solar power systems from 15kWp rooftop to 500kWp+ utility-scale installations. Suitable for commercial rooftops, carports, and ground-mount arrays across tropical and subtropical Asia.

>22% Module Efficiency 400–600Wp Per Panel IEC61215 Certified 500kWp+ Utility Scale String-Level Monitoring
DC COMBINER IP65 · 1500V · 16-String >22% MODULE EFF Mono-PERC · IEC61215
System Configurations

Solar Systems for Every Scale

From a small commercial rooftop to a large industrial ground-mount, iGenergy designs, supplies, and commissions the complete solar PV system.

Rooftop

15 kWp

Ideal for SME commercial rooftops. Typically 30–40 panels on an existing roof structure. Simple string inverter topology with net-metering integration.

Commercial

100 kWp

For factories, warehouses, and carport arrays. Multi-string with DC combiner boxes, central or string inverters, and comprehensive monitoring dashboard.

Industrial / Utility

500 kWp+

Ground-mount and large rooftop for industrial parks and utility developers. 1,500V DC architecture, central inverters, SCADA integration, and grid connection support.

Specifications

Technical Specifications

PV Module

Cell TypeMono-PERC
Module Efficiency>22%
Power Range400 – 600 Wp
Voltage (Voc)37 – 50 V
Operating Temp-40°C to +85°C
CertificationsIEC61215 / IEC61730 / CE / TUV
Warranty25-year linear power output

DC Combiner Box

Input Strings4 – 24 strings
Max Input Voltage1,500 V DC
ProtectionIP65 outdoor
MonitoringString-level current sensing
Surge ProtectionClass II SPD per string
FusingPer string overcurrent
CommunicationRS485 / Modbus RTU

System Performance

System Sizes15 kWp – 500 kWp+
DC Architecture1,000 V or 1,500 V
Annual Degradation<0.55% per year
Shading ToleranceCell-level bypass diodes
Wind LoadUp to 2,400 Pa
Snow LoadUp to 5,400 Pa
Hail Resistance25mm at 23 m/s
Features

Why Choose iGenergy Solar

Mono-PERC Technology

Passivated Emitter and Rear Cell architecture maximises light capture and reduces surface recombination — pushing efficiency beyond 22%.

String-Level Monitoring

Combiner box sensors report per-string current in real time — enabling instant fault isolation and maximising yield from partial shading conditions.

Surge & Arc Protection

Class II SPD on every string input plus arc-fault detection prevents damage from lightning strikes and cable faults in large arrays.

Full EPC Capability

iGenergy handles design, supply, installation, grid connection, and commissioning — a single point of accountability for your solar investment.

BESS Integration Ready

DC-coupled or AC-coupled battery storage can be added to any iGenergy solar system, enabling time-of-use optimisation and backup power.

Carport & Agri-PV

Elevated mounting structures for car parks and agri-solar dual land use — generating revenue from otherwise idle space while providing shade below.

Installations

Project Gallery

FAQ

Frequently Asked Questions

For most C&I rooftop installations in Southeast Asia, payback is typically 4–7 years depending on local tariffs, available incentives, and solar irradiance. iGenergy's team will prepare a detailed ROI analysis specific to your site and energy consumption profile before you commit.
Yes. iGenergy offers AC-coupled BESS retrofit kits compatible with most existing grid-tied inverters, and DC-coupled solutions for new-build systems. Adding storage transforms a solar system from a simple generation asset into a full energy management tool capable of peak shaving and backup power.
Each string input in the combiner box is fitted with a current transducer. Data is reported via RS485/Modbus to the iGenergy PowerOS platform, which compares actual vs expected current per string. Any deviation — due to shading, soiling, or module failure — triggers an alert, enabling fast targeted maintenance.
iGenergy solar modules carry a 12-year product warranty covering manufacturing defects, and a 25-year linear power output warranty guaranteeing output remains above 80% of rated power at year 25. Workmanship on installation is covered for 2 years from commissioning.

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