We are offering a solution for the clients who have are paying very high electricity bill and wants to move solar, but can not afford the initial cost.
We will be able to put the panels on your warehouse's roof, or on your parking space by building ------.
Those projects can be completely off-grid, on grid, or hybrid.
We are (Liban Energy Africa & Infrastructure Limited) authorized by Amerisolar to sell, install, and offer maintenance services to Amerisolar solar modules for our customers.
Amerisolar is an American panel where the engineering, design, and the research and the development is done in USA, but the manufacturing is done in china for the cheap labor. It has good power, efficiency, and performance ratings, and will perform well under most conditions.
We are (Liban Energy Africa & Infrastructure Limited) authorized by Amerisolar to sell, install, and offer maintenance services to Amerisolar solar modules for our customers.
Amerisolar is an American panel where the engineering, design, and the research and the development is done in USA, but the manufacturing is done in china for the cheap labor. It has good power, efficiency, and performance ratings, and will perform well under most conditions.
Electric companies in Africa are mainly parastatal and their transmission is mainly focused on large metropolitan area. Most of the rural communities in East Africa live outside the reach of the national electrical grid and extending the grid is very costly. Africa energy & infrastructure is offering two alternatives for providing electricity access in rural areas: mini-grid system, and micro grid system
Mini Grid System:
Villages can now have access to electricity by investing in their own mini grid power plant. The size of a solar mini grid depends upon the number of solar panels and wattage comprising the solar array. The requirement and size of a mini grid is calculated by adding the power needs of individual homes in the village that will be connected together.
A typical solar mini grid can range from 100 KW to 10MW
1. Every solar PV panel connected in the array generates electricity by converting solar radiation into electrical energy. All PV panels are connected in a particular order of parallel and series combinations to provide the required voltage. The electricity generated from the array of panels is transmitted to a central controller called the Power Conditioning Unit (PCU), which is, in simple terms, a large power inverter. The PCU is connected to the Distribution Box (DB) on one hand and the battery bank on the other.
2. The PCU controls, regulates and directs the electrical energy transmitted from the array, and supplies electricity directly to homes, shops, offices, street lights etc.
3. during the day if the power generated is not used or surplus power is generated, the PCU directs this to the battery bank which stores power. This power can then be used at night (after the sun sets). The microgrid and battery bank are connected to a computer for local power usage monitoring. With the addition of a modem, this information can be accessed from a remote location, eliminating the need for local manpower to monitor the system.
Micro Grid System:
Micro-grids are equivalent to mini-grids but its generation capacity is below 100kW.
Solar rooftop systems are designed to provide electricity in offices & homes with intermittent or no grid electricity.
The solar rooftop system, being modular in construction, can be customized to generate and provide solutions based on
your needs.
The solar rooftop system can begin at about 100 watts, going up to a 100+ kilowatts.
The solar rooftop system can begin at about 100 watts, going up to a 100+ kilowatts.
1. A solar rooftop system is composed of a set of solar PV panels, mounted on the rooftop of a residential or commercial
building, connected together to generate electricity by converting solar radiation into electrical energy.
2. The electrical energy generated from the array of panels is transmitted to inverter, which converts DC output of solar
module into utility grid electricity.
3. For off grid systems, a battery bank stores power that cannot be utilised directly by the load. This will be used when
requirement of load is more than what the solar PV is providing at a particular time or when power from solar energy is
not available, thus reducing the consumption of power from grid and increased savings on your electricity bill.
Are your customers raving about you on social media? Share their great stories to help turn potential customers into loyal ones.
Electric companies in Africa are mainly parastatal and their transmission is mainly focused on large metropolitan area. Most of the rural communities in East Africa live outside the reach of the national electrical grid and extending the grid is very costly. Africa energy & infrastructure is offering two alternatives for providing electricity access in rural areas: mini-grid system, and micro grid system
Mini Grid System:
Villages can now have access to electricity by investing in their own mini grid power plant. The size of a solar mini grid depends upon the number of solar panels and wattage comprising the solar array. The requirement and size of a mini grid is calculated by adding the power needs of individual homes in the village that will be connected together.
A typical solar mini grid can range from 100 KW to 10MW
1. Every solar PV panel connected in the array generates electricity by converting solar radiation into electrical energy. All PV panels are connected in a particular order of parallel and series combinations to provide the required voltage. The electricity generated from the array of panels is transmitted to a central controller called the Power Conditioning Unit (PCU), which is, in simple terms, a large power inverter. The PCU is connected to the Distribution Box (DB) on one hand and the battery bank on the other.
2. The PCU controls, regulates and directs the electrical energy transmitted from the array, and supplies electricity directly to homes, shops, offices, street lights etc.
3. during the day if the power generated is not used or surplus power is generated, the PCU directs this to the battery bank which stores power. This power can then be used at night (after the sun sets). The microgrid and battery bank are connected to a computer for local power usage monitoring. With the addition of a modem, this information can be accessed from a remote location, eliminating the need for local manpower to monitor the system.
Micro Grid System:
Micro-grids are equivalent to mini-grids but its generation capacity is below 100kW.
Solar rooftop systems are designed to provide electricity in offices & homes with intermittent or no grid electricity.
The solar rooftop system, being modular in construction, can be customized to generate and provide solutions based on
your needs.
The solar rooftop system can begin at about 100 watts, going up to a 100+ kilowatts.
The solar rooftop system can begin at about 100 watts, going up to a 100+ kilowatts.
1. A solar rooftop system is composed of a set of solar PV panels, mounted on the rooftop of a residential or commercial
building, connected together to generate electricity by converting solar radiation into electrical energy.
2. The electrical energy generated from the array of panels is transmitted to inverter, which converts DC output of solar
module into utility grid electricity.
3. For off grid systems, a battery bank stores power that cannot be utilised directly by the load. This will be used when
requirement of load is more than what the solar PV is providing at a particular time or when power from solar energy is
not available, thus reducing the consumption of power from grid and increased savings on your electricity bill.
Are your customers raving about you on social media? Share their great stories to help turn potential customers into loyal ones.
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