Power electronics · Engineered in India
We engineer what lives beneath the enclosure—power stages, embedded control and connected intelligence, designed as one complete system.
We connect the power stage, embedded control and product layer—so the system is designed as one system.
Conversion architectures engineered around efficiency, thermal performance and field reliability.
Real-time control firmware that turns a power stage into a dependable product.
Interfaces and connectivity that make complex systems clear, serviceable and useful.
Selected platforms developed by the Wyre team.
Solar power conversion
A high-current synchronous-buck platform engineered for efficient solar charging, controlled thermal performance and dependable operation across 12 V and 24 V battery systems.
Integrated backup power
A compact energy-storage platform integrating the inverter power stage, low-frequency transformer, battery pack, BMS, thermal management and embedded protection inside one serviceable system.
Solar generation to clean AC
A coordinated off-grid platform combining the pure sine wave inverter, MPPT solar charger, low-frequency transformer, embedded protection and thermal management in one production-ready system.
Battery intelligence and protection
Configurable BMS hardware and embedded firmware for cell monitoring, passive balancing, pack protection and system-level communication—developed around the chemistry, current path and recovery behaviour of the final product.
Power conversion for electric mobility
Isolated AC–DC charger platforms with power-factor correction, regulated CC/CV charging, BMS communication and protection designed together for two- and three-wheeler battery systems.
Solar power synchronized to the grid
Grid-connected inverter hardware and embedded control developed across the complete conversion chain—from PV-side MPPT and DC-link regulation to synchronized current injection, protection and system monitoring.
We work with product companies, manufacturers and R&D teams from early architecture through transfer to production.
Operating envelope, failure modes, thermal limits, cost targets and certification path.
Topology, magnetics, sensing, protection and firmware are developed as one architecture.
Bench validation, waveform analysis and stress testing turn assumptions into evidence.
Manufacturing files, firmware, documentation and engineering support remain part of the handover.
Have a difficult power problem?