POWERING AFRICAN AGRICULTURE
POWERING AFRICAN AGRICULTURE
How Solar + Battery Storage Can Help Farms Take Control of Their Energy
Agriculture is at the heart of many African economies, providing food, employment and income for millions of people.
But modern farming depends on something that is often overlooked:
RELIABLE ELECTRICITY.
From pumping water and irrigating crops to refrigeration, livestock management, processing and security, electricity plays an increasingly important role in keeping farms productive. As energy demand grows and electricity supply remains challenging in many parts of Africa, farmers are looking for smarter ways to generate and manage their own power.
Solar + battery storage can be part of that solution.
POWERING WATER & IRRIGATION
Water is one of the most important resources on any farm. Irrigation pumps can require substantial amounts of electricity, particularly on farms operating large irrigation systems. Solar power can provide electricity during daylight hours when solar production is at its strongest.
Instead of relying entirely on grid electricity or generators, farmers can consider solar as an additional source of energy for appropriately designed pumping systems. Battery storage can also provide flexibility where energy is required outside solar-production hours.
KEEPING AGRICULTURAL PRODUCTS FRESH
The farm's job doesn't end when crops are harvested. Many agricultural products require refrigeration or controlled-temperature storage before reaching their final destination.
This makes reliable electricity important for:
- Fresh produce
- Meat
- Dairy
- Fish
- Fruit
- Processed agricultural products
A properly designed solar + battery system can help support essential refrigeration loads and provide an additional layer of energy resilience.
For refrigeration systems, professional system sizing is essential because compressors can have significant starting and running requirements.
ENERGY MAY BE REQUIRED FOR:
- Water pumps
- Irrigation systems
- Cold rooms
- Dairy equipment
- Livestock systems
- Grain processing
- Workshops
- Farm lighting
- Security systems
- Farm accommodation
This means a farm's energy system needs to be designed around its actual electricity requirements.
WHY ADD BATTERY STORAGE?
Solar power is most productive during daylight hours. But farm operations don't always follow the sun.
Water may need to be pumped early in the morning.
Cold rooms may need to operate throughout the night.
Security systems need to remain active after sunset.
This is where battery storage can add flexibility.
SOLAR → FARM LOADS + BATTERY
BATTERY → SELECTED FARM LOADS
BATTERY + INVERTER → ESSENTIAL LOADS
The actual backup capability depends on the system size, battery capacity, inverter specifications and the loads selected for backup.
SOLAR FOR AFRICAN FARMS
Africa has enormous solar potential, making solar power particularly attractive for agricultural operations located in areas with good solar resources. For farms far from major electricity infrastructure, solar can also provide an alternative energy source where extending grid infrastructure may be difficult or expensive.
From small family farms to large commercial agricultural operations, the energy requirement will differ — but the need for reliable power remains.
BUILD A FARM ENERGY SYSTEM WITH SUNSTORE
Sunstore supplies a range of equipment that can form part of agricultural solar and energy-storage systems.
DEYE HYBRID INVERTERS
Deye hybrid inverters can form the centre of a solar + battery system, managing energy between solar generation, batteries and the grid depending on the specific model and configuration.
Suitable applications can include:
- Farms
- Irrigation
- Cold storage
- Farm residences
- Agricultural businesses
DYNESS LITHIUM BATTERY
Battery storage allows energy generated by solar to be stored and used later. For farms, batteries can be considered where electricity is required beyond solar-production hours or where backup capability is required for selected loads.
MEGAREVO MPS150
Large agricultural operations can have significantly higher energy requirements. The Megarevo MPS150 150 kW Hybrid Inverter can form part of a larger commercial or industrial solar + battery energy-storage solution.
Potential agricultural applications include:
- Large irrigation systems
- Agricultural cold storage
- Processing facilities
- Large livestock operations
- Agricultural production facilities
The correct system configuration should be determined using the farm's actual load profile, solar requirements, battery capacity and backup objectives.
POWER + PROTECTION
Energy storage and electrical equipment are valuable investments. Alongside good electrical installation practices and appropriate protection equipment, farms should also consider fire safety for their energy-storage and electrical installations.
SUNSTORE FIREBLOCK
A complementary fire-protection product that can be promoted alongside solar, battery and electrical equipment.
THE FUTURE OF FARMING IS MORE ENERGY-INDEPENDENT
Agriculture is becoming increasingly connected to technology. From automated irrigation and refrigeration to monitoring systems and agricultural processing, electricity is becoming essential to modern farming. Solar and battery storage give farmers another tool to manage their energy requirements.
SPRING INTO SMARTER FARMING
This spring, take a closer look at the energy powering your farm.
Ask yourself:
- How much energy does my irrigation system use?
- How much electricity does my cold room require?
- How long would my essential equipment need backup power?
- How much solar energy could my farm generate?
- Which loads are critical to my operation?
The answers can help determine the right solar, inverter and battery configuration for your farm.