RIR Power Secures Overseas Thyristor Order
POWER & RENEWABLE ENERGY

RIR Power Secures Overseas Thyristor Order

RIR Power Electronics has secured a large overseas order to supply 120 units of its 5kV silicon-controlled rectifier (SCR) thyristors in the first phase. The order reinforces growing global confidence in the Mumbai-based company’s high-performance semiconductor devices, assemblies and energy management systems.

The company’s 125 mm 5kV SCR thyristors are high-current semiconductor switching devices designed for heavy-power applications requiring very high current handling, short-duration high di/dt pulses and strong reliability. Built with a 125 mm silicon chip in press-pack construction, the devices offer high mechanical reliability, optimised lifetime control, low thermal resistance and strong surge current capability.

The order has been placed by a leading Class I Electrical EPC contractor engaged in turnkey electrification projects for industries and power plants worldwide. RIR Power Electronics said the order is among the largest single orders for its 125 mm pulse power thyristor range and is scheduled for execution by the end of 2026.

N Ramesh Kumar, MD & CEO, RIR Power Electronics, said the company expects to expand such mandates and strengthen partnerships with Class I Electrical EPC contractors. He added that RIR Power Electronics is also setting up a state-of-the-art silicon carbide semiconductor manufacturing plant in Odisha to support India’s semiconductor manufacturing ambitions.

The company’s high-power press-pack thyristors are used in HVDC transmission valves, Static VAR Compensators, medium-voltage soft starters, high-power rectifiers, crowbar protection systems, pulsed capacitor discharge systems, traction and legacy locomotive systems, and defence applications requiring high-energy bursts in short durations. RIR Power Electronics expects stronger business momentum as it broadens its product portfolio and expands its global presence in the power semiconductor industry.

RIR Power Electronics has secured a large overseas order to supply 120 units of its 5kV silicon-controlled rectifier (SCR) thyristors in the first phase. The order reinforces growing global confidence in the Mumbai-based company’s high-performance semiconductor devices, assemblies and energy management systems.The company’s 125 mm 5kV SCR thyristors are high-current semiconductor switching devices designed for heavy-power applications requiring very high current handling, short-duration high di/dt pulses and strong reliability. Built with a 125 mm silicon chip in press-pack construction, the devices offer high mechanical reliability, optimised lifetime control, low thermal resistance and strong surge current capability.The order has been placed by a leading Class I Electrical EPC contractor engaged in turnkey electrification projects for industries and power plants worldwide. RIR Power Electronics said the order is among the largest single orders for its 125 mm pulse power thyristor range and is scheduled for execution by the end of 2026.N Ramesh Kumar, MD & CEO, RIR Power Electronics, said the company expects to expand such mandates and strengthen partnerships with Class I Electrical EPC contractors. He added that RIR Power Electronics is also setting up a state-of-the-art silicon carbide semiconductor manufacturing plant in Odisha to support India’s semiconductor manufacturing ambitions.The company’s high-power press-pack thyristors are used in HVDC transmission valves, Static VAR Compensators, medium-voltage soft starters, high-power rectifiers, crowbar protection systems, pulsed capacitor discharge systems, traction and legacy locomotive systems, and defence applications requiring high-energy bursts in short durations. RIR Power Electronics expects stronger business momentum as it broadens its product portfolio and expands its global presence in the power semiconductor industry.

Next Story
Products

Fynd Launches AI Platform to Accelerate Fashion Creation

Fynd, an AI-native retail technology company backed by Reliance Retail Ventures, has launched Fynd Create, a platform designed to bring design intelligence, sourcing and manufacturing onto a single connected ecosystem. The platform aims to help brands respond faster to changing consumer preferences and shorten product development cycles.As social media trends continue to compress traditional fashion seasons, brands are under increasing pressure to move from seasonal planning to demand-driven production. Conventional supply chains, often characterised by long lead times and fragmented operation..

Next Story
Resources

Modis Navnirman Appointed For Neel Kiran CHSL Redevelopment

Modis Navnirman (MNL) has been appointed as the developer for the redevelopment of Neel Kiran Co-operative Housing Society Ltd in Khar West, Mumbai, following a selection process in which members chose MNL as their preferred partner. The appointment will add approximately Rs two point five billion (Rs two point five bn) to the company's Gross Development Value pipeline and strengthen its focus on redevelopment and urban renewal projects across the Mumbai Metropolitan Region. The project site is a landmark residential society in Khar West, and the selection reflects members' preference for a pa..

Next Story
Infrastructure Energy

Diamond Power Commissions Eighth MV and EHV Cable Line

Diamond Power Infrastructure (DPIL) has commissioned its eighth Medium Voltage (MV) and Extra High Voltage (EHV) power cable production line at its manufacturing facility in Vadodara, Gujarat. The new line enhances the company's manufacturing capacity in the technologically advanced MV and EHV underground power cable segment. This segment supplies cables for power transmission networks, power generation projects and renewable energy evacuation systems. The development is presented as a step to meet evolving infrastructure needs. The MV and EHV cables produced at the Vadodara facility serve urb..

Advertisement

Subscribe to Our Newsletter

Get daily newsletters around different themes from Construction world.

STAY CONNECTED

Advertisement

Advertisement

Advertisement