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The Next Frontier in
Intelligent Energy Architecture

Everon's advanced R&D roadmap focuses on AI-driven energy optimization, high-voltage battery storage interfacing, and 5G edge telemetry controllers for India's clean energy grid.

Innovation Horizons

Next-Generation Power Technologies Under Active Development

Pioneering indigenous engineering breakthroughs to power tomorrow's distributed microgrids and mission-critical networks.

Phase 1: Pilot Testing

AI-Driven Energy Optimization

Integrating machine learning models into local DSP controllers to predict solar insolation, calculate optimal battery charge curves, and dynamically manage peak load shaving.

  • Real-time Predictive Solar Forecasting
  • Adaptive State of Charge (SOC) Calibration
  • Battery Lifetime Degradation Minimizer
Phase 2: Field Trial

Netmatic® 5G & NB-IoT Edge Gateway

The next evolution of our flagship Netmatic® platform featuring embedded 5G Sub-6GHz and NB-IoT connectivity for ultra-low latency telemetry from remote wind and solar installations.

  • Native MQTT, OPC-UA, and Modbus-TCP
  • End-to-End Hardware Cryptographic Engine
  • Microsecond Event Timestamping
Phase 3: Design Verification

High-Voltage Lithium BMS Integration

Customized bi-directional DC-DC chargers and converters designed for high-voltage battery storage racks up to 800V DC.

  • High-Speed Dual CAN Bus 2.0B Interfacing
  • Active Cell Balancing Control
  • Direct Multi-Level Safety Interlocks
Phase 1: Conceptualization

Solar-Coupled EV DC Fast Chargers

Direct DC-to-DC electric vehicle charging architectures that harvest power from solar arrays and battery banks without redundant conversion losses.

  • Up to 96.5% end-to-end conversion efficiency
  • Vehicle-to-Grid bi-directional topology
  • Modular 30kW to 120kW power stacks
Phase 2: R&D Lab Simulation

Green Hydrogen Power Conditioning

Ultra-low-ripple, high-current DC rectifiers engineered to power PEM and alkaline water electrolyzers from renewable solar power.

  • Ultra-low current ripple
  • Rapid response to solar intermittency
  • Industrial liquid and forced-air cooling
Ongoing Initiative

Circular Eco-Design & Net-Zero Electronics

Transitioning product chassis to recyclable alloys, serviceable enclosures, and operational lifespans beyond 15 years.

  • RoHS and REACH compliant materials
  • Modular field-replaceable sub-assemblies
  • Zero-landfill packaging standards
Roadmap Timeline

Strategic Technology Rollout (2026 - 2028)

Our planned timeline for commercialization of next-generation power electronics.

Technology Initiative Target Milestone Target Sector Status
Netmatic® 5G IoT Gateway Commercial Product Launch & Field Rollout Telecom Towers, Remote Solar Farms Pre-Production Alpha
PowerLab® 800V High-Voltage BMS Certification & Utility Pilot Deployments Utility Scale BESS, Microgrids Lab Prototyping
AI Energy Forecasting Engine Integration with Netmatic® Central Cloud Portal Smart Cities, Commercial Data Centers Algorithm Benchmarking
Direct-DC EV Solar Charger Proof-of-Concept Field Trial Highway EV Hubs, Corporate Fleets R&D Conceptualization

Partner with Everon R&D Labs

Are you developing next-generation microgrids, defense installations, or green hydrogen projects? Our engineering team collaborates with research institutions, EPCs, and OEMs on customized power electronics prototyping.

Initiate Joint R&D Discussion