At Eamar, we design and deliver fully integrated pumping and solar energy solutions built to perform in real field conditions across Egypt.
We don’t just supply components — we engineer complete systems where every element works in harmony: submersible pumps, motors, solar inverters, protection systems, cables, and control panels — all carefully selected and configured for maximum efficiency, durability, and return on investment.
Advanced solar and electric pumping solutions designed for agricultural, industrial, and water supply applications. Our systems ensure high efficiency, durability, and optimal performance even in harsh environments.
Grid-connected solar systems that allow you to generate clean energy while staying connected to the utility network. Reduce electricity bills, maximize savings, and contribute to a greener future.
Independent solar power systems designed for remote locations or areas with unreliable electricity access. Enjoy complete energy independence with reliable battery storage solutions.
A smart combination of solar energy, batteries, and grid or generator backup. Hybrid systems provide uninterrupted power supply, enhanced flexibility, and optimized energy management.
Request a quotation for supplying and installing a submersible pump with all accessories Supply and installation of a submersible pump including all necessary accessories to ensure efficient and reliable operation of the pump.
Request a quotation for supplying and installing a complete solar energy system for irrigation Supply and installation of a complete solar energy system for irrigation.
Request a quotation for a complete solar-powered irrigation system An irrigation system that includes a submersible pump with all its accessories and a suitable solar energy system to ensure efficient operation.
Explore our most frequently asked questions about solar energy systems. Find clear answers that help you understand system operation, costs, returns, and installation requirements so you can make informed decisions with confidence.
The implementation duration primarily depends on the system capacity, as well as the installation location and method. Therefore, it is difficult to determine a fixed execution timeframe. We recommend contacting the relevant specialist to accurately define the required duration based on the project’s specific requirements.
The required capacity of a solar power system depends on several key factors, primarily the type of system—whether it is On-Grid, Off-Grid, or a Pumping System. Therefore, the exact capacity cannot be confirmed without evaluating the project details.
Please contact the relevant specialist, who will assess your requirements and determine the appropriate system capacity based on the system type and the nature of the loads to be operated.
Solar energy systems are sustainable solutions that help reduce operational costs and lower carbon emissions. Customers can typically recover the cost of a solar system within an estimated period of 3 to 5 years.
This timeframe may vary depending on several key factors, including the initial installation cost of the system and the operational costs of the loads when relying on alternative energy sources such as the electrical grid or generators. Generally, the lower the system’s installation cost and the higher the operating costs of conventional energy sources, the shorter the payback period.
For a more accurate assessment and detailed information, please contact the relevant specialist.