Grid-Tied & Off-Grid Energy Systems

Flexible, Scalable Power for All Conditions

Likata Energy designs and delivers customized energy systems for both grid-connected and off-grid applications. Whether your project requires seamless integration with the utility grid or a fully independent power source in a remote location, we provide reliable and sustainable solutions. Our systems are built with cutting-edge technologies, intelligent energy management, and regulatory compliance in mind—supporting energy continuity, cost-efficiency, and environmental responsibility.

Customized Energy Systems. Maximum Adaptability.

We evaluate each project’s energy demands, site conditions, and operational goals to determine the ideal system type—grid-tied, off-grid, or hybrid.

Load analysis and energy profiling
Storage and backup integration
Compliance with local grid codes
Smart monitoring and control systems

Grid-tied systems enable users to benefit from net metering, utility grid support, and lower energy bills, while off-grid systems ensure energy independence in rural, industrial, or emergency-critical settings. At Likata Energy, we design both types with precision—selecting the right combination of solar panels, inverters, battery storage, and control units based on site conditions and energy objectives. We also offer hybrid systems for enhanced reliability and resilience in areas with unstable grid infrastructure.

What Makes Our Energy Systems Stand Out?

Our expertise lies in tailoring each system to client-specific conditions—balancing cost, autonomy, and performance. We combine local engineering knowledge with international best practices to deliver scalable and future-ready energy solutions.

Grid-Tied Systems

Ideal for urban and industrial zones, grid-tied systems are connected to the utility network, enabling surplus energy export and utility bill reductions. We ensure grid compliance and system optimization for every installation.

Off-Grid Systems

Designed for remote areas or mission-critical facilities, off-grid systems operate independently and rely on solar + storage configurations. We engineer these systems for self-sufficiency, durability, and minimal maintenance needs.