An explanatory diagram for a project of up to 100s watts with a monitoring and control system to achieve the optimal work between the solar , battery and utility or generators then a hybrid solar system has very strong benefits. By remaining connected to the grid, you can get power if your panels aren’t currently getting sunlight and the energy has been pulled from your battery, it is fitted with company uses, offices ,banks and education buildings, that clear the cost is higher than on grid system and return on investment, not exceeding 4-5 years and with a guarantee of no less than 20 years of the system and its efficiency

An explanatory diagram for a project of up to 100s watts with a monitoring and control system to achieve the optimal work between the solar and batteries. Mini-grids are an ideal solution for low- and medium-density areas, providing electricity to rural communities and businesses more economically than extending a centralized grid. These systems are particularly valuable in connecting millions of people worldwide who currently lack access to electricity. A mini-grid designed for up to 100 watts uses a monitoring and control system to optimize the interaction between solar panels and batteries, ensuring efficient energy use. The explanatory diagram shows how the system balances solar power and battery storage, maximizing reliability and minimizing costs. Although mini-grids have a higher upfront cost compared to on-grid and hybrid systems, the return on investment is generally achieved within 5-6 years. With a 20-year guarantee on the system’s efficiency, this investment is both reliable and long-lasting. These systems are particularly beneficial in areas where grid extension is impractical, offering a sustainable solution for energy independence and economic growth.

An explanatory diagram for a project of up to megawatts with a control system to achieve the optimal work between the network for the utility , generators and the solar system while maintaining the work of the generator at its lowest rate to maintain its shelf life and reduce consumption from the utility by 100% during the daytime hours and 70% of the consumption of generators in the case Its operation in emergency cases, and in this case the benefit rate is more than 40% in work situations 24 hours, with a rate of more than 90% in work situations during daylight hours only, at lower costs and return on investment, not exceeding 3 years and with a guarantee of no less than 20 years of the system and its efficiency