IXEAN Lawin Solar

Damage you can't see costs more than dust you can.

Photovoltaic (PV) systems operate in harsh, dynamic environments that significantly threaten long-term energy yields. While superficial issues like dust, debris, and avian waste, particularly in dry environments, can reduce output by 20% or more, the greater risk lies in degradation that cannot immediately be detected even with a trained professional. Micro-cracks, failing bypass diodes, and compromised junction boxes often appear healthy to the naked eye while silently disabling up to 30% of a panel's capacity.

Left unchecked, these marginal damages aggregate across thousands of panels, creating a systemic performance deficit that is impossible to isolate using traditional methods. By the time this degradation manifests as a noticeable drop in total power output, the window for preemptive maintenance has closed, necessitating costly, large-scale component replacement. In regions like the Central Luzon basin, where infrastructure faces the dual challenge of extreme dust accumulation followed by sudden, high-volume typhoon rains, this degradation is a critical threat to grid stability.

To ensure the profitability of massive solar investments, which require 80–85% sustained performance over a 20-year lifecycle, rigorous, preemptive diagnostics are mandatory. Current manual and single-drone inspection methods fail to scale, creating a "data bottleneck" that prevents rapid, actionable oversight.

A force multiplier, not just a camera in the sky.

To effectively manage facilities like SPNEC and TSPI, we require more than just a camera in the sky; we require a force multiplier. The IXEAN Lawin Solar is our modular flagship solution engineered specifically for this use case. The Lawin is a fully autonomous, medium-sized quadcopter designed to operate within a coordinated swarm for rapid area assessment. Furthermore, Lawin Solar can also be used to patrol large solar farms to prevent trespassing.

Powered by Mata and Diwa, not bolted on.

Unlike standard drone providers who treat AI as an "add-on," Lawin Solar is powered by Mata and Diwa for its damage detection and autonomous pathing. We provide an ecosystem that is fundamentally designed for scalability—enabling one operator to manage a swarm, rather than one operator per unit. By deploying Lawin Solar, operators can catch minor, preventable degradation before it evolves into a systemic grid failure, ensuring that massive solar assets maintain their peak profitability for the duration of their 20-year lifecycle.