Safe DC Voltage
SolarEdge SafeDC™ automatically de-energises the array to a safe voltage the moment the inverter or grid shuts down — protecting property, installers, electricians and firefighters working near live PV.
Our Services
From design and permitting to commissioning and monitoring — engineered for commercial and industrial performance.
View all services →Kyra Photon Tech is a technology partner for SolarEdge in India. Every SolarEdge deployment we build combines panel-level DC optimisation, SafeDC™ shutdown, three-phase C&I inverters and module-level monitoring — delivering more yield per square metre with lower O&M cost over the plant's life.
SolarEdge enables more energy generation from each solar module by mitigating power losses that result from mismatch between modules — with SolarEdge, weaker modules do not affect the performance of strong ones. The SolarEdge system is future-proofed against potential risks that can cause decreased lifetime energy production.
String-inverter plants are only as good as their weakest module. Shade, soiling and mismatch on a single panel drags the entire string down — a compromise that gets more expensive as module prices fall relative to labour and roof area.
SolarEdge's architecture solves this by tracking Maximum Power Point (MPP) at the module level with a Power Optimizer wired to each panel, then aggregating optimised DC into a purpose-built inverter. The result is more energy production on the same roof, faster payback and lower O&M cost over 25 years.
Alongside performance, SolarEdge's SafeDC™ protection de-energises the DC array to a safe voltage whenever the inverter or grid shuts down — a critical safety feature for installers, electricians and firefighters working near live PV arrays.
Every SolarEdge-based plant Kyra Photon delivers uses the same four building blocks — chosen and configured to the project's scale, module type and site conditions.
SolarEdge SafeDC™ automatically de-energises the array to a safe voltage the moment the inverter or grid shuts down — protecting property, installers, electricians and firefighters working near live PV.
A DC/DC converter connected to each solar module tracks Maximum Power Point (MPP) per panel — increasing total energy production and shortening ROI, especially on partially-shaded or mismatched arrays.
Three-phase inverters engineered for commercial and industrial rooftops, Agri-PV, carports, floating PV and small utility scale.
Module-, string- and system-level fault detection with no extra communication wiring — data travels over the existing DC power lines. Faults are localised to the exact panel, not just the string.
Send us your electricity bill and a rooftop photograph — we'll come back with a feasibility report, generation estimate and indicative CAPEX within 48 hours.