Ruchi Telecom Private Limited

Infrastructure & Manufacturing Facilities

Infrastructure & Engineering Capabilities

Ruchi Telecom Pvt. Ltd. Has fully integrated infrastructure that supports end-to-end product development—from concept and design to validation and deployment. The company’s strength lies in its complete in-house engineering ecosystem, enabling high levels of customization, reliability, and innovation.

Manufacturing Approach

While PCB fabrication and assembly are strategically outsourced to trusted partners, all product designs, architecture, and engineering concepts are developed entirely in-house.

· 100% Indigenous Product Design (No CKD/SKD dependency)

· Controlled Vendor Ecosystem for Manufacturing

· Mid-scale Production Capability with Flexible Scaling

This hybrid model ensures high-quality production with strong design ownership and cost efficiency.

Quality, Testing & Validation Facilities

Our processes are aligned with industry standards and continuously evolving to meet modern requirements:

· ISO Certified Quality Systems

· Advanced Testing Protocols

We have established advanced testing and validation systems:

· Burn-in / Soak Testing Facility with capacity of up to 500 units per day

· Thermal Testing up to 50°C for performance validation

· Environmental Testing Range: 0°C to 60°C

Research & Development

Ruchi Telecom Pvt. Ltd. Has fully integrated infrastructure that supports end-to-end product development—from concept and design to validation and deployment. The company’s strength lies in its complete in-house engineering ecosystem, enabling high levels of customization, reliability, and innovation.

Research & Development (R&D)

Our core strength lies in a dedicated in-house R&D team of experienced engineers specializing in:

· Power Electronics & UPS Design

· Solar Charge Controllers & Hybrid Energy Systems

· Embedded Systems & Firmware Development

· PCB Design & Hardware Architecture

From circuit design to firmware development, every product is engineered internally, ensuring complete control over performance, quality, and innovation.

Research & Development Activities

Energy Efficient Solutions & Current Focus

Our current product development and deployments are themed around high-efficiency, intelligent, and hybrid energy solutions designed for modern EDGE infrastructure needs.

Advanced Power & Solar based UPS Systems with Multiple DC Outputs

We are developing and deploying next-generation transformerless UPS systems that offer:

· Higher efficiency with reduced energy losses

· Compact design with improved thermal performance

· Faster response and better power quality

· Multiple DC Outputs to cater power to different EDGE network devices

These systems are ideal for telecom, industrial, and critical backup applications where efficiency and reliability are crucial.

Hybrid Solar Energy Solutions

Our solar product line focuses on maximizing energy utilization through intelligent control systems:

· Hybrid Solar Charge Controllers with optimized MPPT algorithms

· Integration of solar + grid + battery systems

· Designed for various types of load from 5VDC to 48VDC

These solutions support the transition towards clean and sustainable energy adoption.

Energy-Efficient DC & Networking Solutions

We are working on advanced Hybrid Gigabit PoE (Power over Ethernet) systems

· Reduced cabling and infrastructure cost

· High efficiency in power distribution

· Suitable for telecom, surveillance, and smart infrastructure

Innovative Sustainable Products

Solar Chulha designed for energy-efficient cooking with reduced dependency on conventional fuels

· Development of low-power DC systems for cooing in rural areas

· Focus on replacing traditional high-consumption systems with efficient alternatives

Smart Monitoring & Control Systems

Our solutions integrate intelligent communication technologies for better energy management:

· RS485-enabled devices for industrial communication

· GSM/GPRS-based monitoring for remote operation

· Real-time performance tracking and diagnostics

These systems enable data-driven energy optimization and predictive maintenance.