On-Grid Solar System
Overview: A grid-tied system that generates solar power and feeds excess energy back to the grid.
Key Features: No batteries required (though optional), net metering for surplus energy, reliant on the grid.
Advantages: Cost-effective, easy to scale, low maintenance.
Disadvantages: Dependent on grid availability; not functional during outages without battery backup.
Ideal For: Urban/suburban homes and businesses aiming to reduce electricity costs.
Off-Grid Solar System
Overview: A standalone system that operates independently from the grid, powered by solar energy and battery storage.
Key Features: Battery storage for energy use during cloudy periods or at night, ideal for remote locations.
Advantages: Energy independence, no reliance on the grid, works during outages.
Disadvantages: Higher initial cost, requires battery maintenance, limited storage capacity.
Ideal For: Remote areas without grid access, or situations requiring full energy independence.
PV-Diesel Hybrid Solution
Overview: Integrates solar power with diesel generators and a hybrid controller to optimize energy use and reduce fuel consumption.
Key Features: Solar energy reduces diesel reliance, and the hybrid controller ensures efficient energy distribution.
Advantages: Lower diesel costs, increased system efficiency, and reduced emissions.
Applications: Remote locations with high diesel fuel costs, industries needing reliable off-grid power.
Inverter Battery Storage Solution
Overview: Stores excess energy in batteries for backup power, ideal for grid outages or peak demand times.
Key Features: Can be paired with solar panels, scalable, provides reliable backup power.
Advantages: Reduces grid reliance, lowers electricity bills, eco-friendly when paired with renewables.
Challenges: High upfront cost, space requirements, battery maintenance.
Ideal For: Homes, businesses, and remote locations needing backup power or load balancing.