They convert solar radiation into electrical energy (DC).
EQUIPMENT
EQUIPMENT
EQUIPMENT
EQUIPMENT
EQUIPMENT
Every component of a photovoltaic system contributes to the efficiency of energy production, offering solutions for optimal safety and performance.
The operation of a photovoltaic system relies on the collaboration of multiple technological components, which must work seamlessly together to convert solar energy into electricity. The quality and proper functioning of each component play a crucial role in the system’s efficiency, stability, and long-term performance.
Quality = Results:
Ensuring Safety, Quality & Efficiency
The quality and proper functioning of each component, from the photovoltaic panels that capture solar radiation to the inverter that ensures the conversion of direct current to alternating current, are of vital importance. Equally critical is the contribution of the mounting systems, batteries, and communication systems, as they guarantee the optimal transmission and distribution of energy.
The correct selection of all components, from the main to the supporting ones, determines the efficiency and lifespan of the system. Therefore, the careful choice of materials and components, based on quality and technological excellence, constitutes a cornerstone for sustainable and efficient operation.
25
Manufacturer's
Years Warranty
50+
Different System Parts
Components that form the backbone of a functional and efficient photovoltaic system, with each one playing a crucial role in its performance, durability, and reliability.
Solar Panels
Microinverters
It converts direct current (DC) into alternating current (AC) for use.
Batteries
They store the generated energy for future use.
Mounting System
It supports the panels at the correct tilt angle for maximum solar exposure.
Wiring & Connectors
They connect the components and transmit the electrical energy.
Energy Meter
It records energy production and consumption.
CAUTION!
CAUTION!
CAUTION!
CAUTION!
CAUTION!
LOW PRICE HIGH RISK
LOW PRICE HIGH RISK
LOW PRICE HIGH RISK
LOW PRICE HIGH RISK
LOW PRICE HIGH RISK
Risks of improper products & wrong installation
01 Quality Risks & Failures
Inappropriate products and technical failures often cause a range of problems, sometimes major and sometimes minor. For example, poor-quality materials can lead to rapid wear and damage to the panels, while inadequate installation can cause leaks and even pose a fire hazard.
02 Financial Burden Risks
Frequent repairs due to material failures, up to the possible removal and reinstallation of new equipment, can become a significant source of inconvenience and financial burden for owners. The constant need for fixes not only disrupts the system’s operation but also increases maintenance costs, thereby reducing the overall return on investment.
03 Extended Payback Period
A low-quality system may fail to deliver the expected energy savings, resulting in incomplete coverage of energy needs. This prolongs the payback period of the investment, as the reduced performance makes the installation and maintenance costs less cost-effective.
