High-efficiency, surge-resistant switch-mode rectifiers, modular DC power shelves, online UPS systems, and standby mobile power stations manufactured for extreme tropical environments.
Integrated 10.1" screen, universal USA plug, high-density Li-Polymer battery matrix designed for micro-grid commercial deployment and rapid field operations.
Regulated 9SX1000I zero-transfer online double-conversion tower UPS engineered for grid voltage stabilization and outage ride-through in critical control rooms.
Ultra-quiet (<25dB) 97% high-efficiency standby power supply for computer nodes, edge telemetry units, and telecom workstation backup.
Heavy-duty 220V portable rechargeable power supply featuring long-lifecycle Lithium Iron Phosphate technology for emergency site restoration.
Compact standby power conditioning module optimized for video monitoring systems, CCTV security infrastructure, and remote sensor terminals.
Industrial-grade prime & standby power generation skid configured for seamless automated ATS coupling with high-capacity DC rectifier banks.
Custom engineered DC switch-mode power rectifiers tailored for harsh grid transients, high ambient humidity, and sub-station protection relays.
Integrated Automatic Voltage Regulation (AVR) with 12V 9Ah battery backup, shielding sensitive electronics against rolling brownouts and surges.
Sri Lanka’s rapidly expanding telecommunications, industrial manufacturing, and renewable power infrastructure demand highly resilient DC power conversion architecture. Operating under the Ceylon Electricity Board (CEB) and LECO utility networks, industrial sites across major hubs—such as Colombo, Katunayake Free Trade Zone, Biyagama Export Processing Zone, Hambantota Port, and Kandy—frequently face severe electrical grid challenges.
Grid voltage fluctuations spanning from 140VAC brownouts to 290VAC transient overvoltage surges, combined with high tropical relative humidity (exceeding 85% RH) and airborne salt spray in coastal zones, pose catastrophic risks to unshielded DC power equipment. Legacy linear rectifiers and cheap imports fail prematurely under these stress conditions, leading to unexpected site downtime, thermal runaway, and battery bank degradation.
As a specialized OEM/ODM DC Rectifier Manufacturer with a legacy dating back to 1986, our engineering roadmap addresses these exact local operational friction points. We provide custom-designed switch-mode DC power supply systems (SMPS), hot-swappable rectifier shelves, and intelligent dual-bus distribution units engineered to maintain uninterrupted performance for Sri Lanka’s mission-critical telecom towers, power substations, and automated industrial plants.
We do not offer generic off-the-shelf equipment. Our manufacturing plant provides complete OEM and ODM customization from power topology design to firmware protocol integration.
Full spectrum customization across nominal bus voltages including 12VDC, 24VDC, 48VDC, 110VDC, and 220VDC. Rectifier module capacities range from 700W ultra-compact shelves to multi-kilowatt rack-mount systems supporting continuous loads up to 10,000A with active Power Factor Correction (PFC > 0.99).
Engineered for continuous zero-downtime operation. Live hot-swap capabilities allow field technicians in remote Sri Lankan provinces to replace or expand rectifier modules while the main DC bus remains fully energized. Automatic load-sharing balances current across modules to prolong operational lifespan.
Embedded Linux web servers with SNMP v2c/v3, MODBUS TCP/RTU, and RESTful APIs. Network Operations Center (NOC) teams can remotely monitor voltage rails, load current per circuit, ambient temperature, battery state-of-health (SOH), and execute remote load shedding during prolonged grid failures.
To combat Sri Lanka’s harsh tropical ambient heat and saline coastal air, all PCB assemblies feature heavy-duty conformal coating. Available in NEMA 4X / IP55 / IP65 outdoor aluminum or stainless steel cabinets equipped with closed-loop heat exchangers or climate-controlled HVAC cooling.
Advanced multi-stage battery charging algorithms optimized for VRLA, Gel, and LiFePO4 battery chemistries. Features dynamic temperature-compensated float charging, automated equalization, and integrated Low Voltage Disconnect (LVD) to prevent deep discharge damage during severe power cuts.
We provide full white-label OEM manufacturing services for Sri Lankan electrical distributors and system integrators. Includes customized front-panel silk screening, private-labeled web interface GUIs, custom rack-unit height (1U, 2U, 4U, 6U), and bespoke cabling harness configurations.
From telecom cell towers in the Central Highlands to deep-sea maritime ports in Hambantota, our DC power rectifiers are engineered for regional mission-critical environments.
Sri Lanka’s major mobile network operators—including Dialog Axiata, SLTMobitel, Hutch, and Airtel—are aggressively expanding 4G LTE coverage and rolling out 5G NR micro-cells. Remote base transceiver stations (BTS) situated on mountain peaks in Nuwara Eliya or coastal plains in Jaffna encounter erratic grid power and severe lightning surges.
Our OEM 48VDC switch-mode rectifier shelves deliver clean, ultra-low ripple DC power directly to sensitive RAN radios, microwave transmission links, and optical line terminals (OLT). Integrated SNMP telemetry allows network operations teams in Colombo to remotely monitor site battery autonomy, manage circuit breaker trip alarms, and reboot hung backhaul equipment without dispatching service vehicles.
Industrial processing zones such as Katunayake, Biyagama, and Seethawaka host world-class apparel manufacturers, rubber processing facilities, and electronics assembly plants. Unplanned power drops can ruin production batches, reset Programmable Logic Controllers (PLCs), and damage robotic control gear.
We manufacture industrial-grade 24VDC and 110VDC switch-mode rectifiers tailored for control panel integration. Featuring high immunity to electromagnetic interference (EMI/EMC Class A/B), these rectifiers provide steady DC power for SCADA units, industrial sensors, solenoid valves, and emergency trip systems, safeguarding continuous automated production lines against grid disturbances.
Transmission substations managed by the Ceylon Electricity Board require highly reliable 110VDC and 220VDC station battery chargers to operate protective relays, circuit breakers, and SCADA remote terminal units (RTUs). A failure in auxiliary DC power can cause sub-station protective devices to misoperate during high-voltage grid faults.
Our heavy-duty OEM rectifier chargers feature dual-redundant power modules, active current sharing, dynamic temperature compensation, and isolated alarm contact relays. They ensure station battery banks remain fully charged and ready to trip heavy circuit breakers instantly under grid fault conditions.
A clear technical analysis highlighting why top Sri Lankan engineering consultants specify high-frequency switch-mode DC power platforms.
| Performance Metrics | High-Frequency Switch-Mode Rectifier (Our OEM Platform) | Traditional Phase-Controlled SCR Rectifier | Standard Unmanaged Commercial Power Supply |
|---|---|---|---|
| Conversion Efficiency | 95.0% - 96.5% Peak | 75.0% - 82.0% | 80.0% - 85.0% |
| AC Input Voltage Range | 90VAC - 300VAC (Full Load) | 230VAC ± 10% (Narrow) | 180VAC - 250VAC |
| Power Factor (PFC) | > 0.99 Active PFC | 0.65 - 0.75 Lagging | 0.70 - 0.80 |
| Modular Redundancy | Hot-Swappable N+1 / N+2 Configurations | Fixed Single-Chassis (No Hot Swap) | Standalone Only |
| Remote Control & Monitoring | Embedded HTML, SNMP v3, MODBUS TCP/RTU | Basic Dry Contacts / Analog Only | None |
| Output DC Voltage Ripple | < 10 mV RMS (Voice & Data Grade) | > 100 mV RMS | > 50 mV RMS |
| Enclosure Protection & Coating | Tropicalized Conformal Coat / IP55 Outdoor | Standard Paint / IP20 Indoor | Standard Sheet Metal / IP20 |
Our corporate foundation rests on strict quality management, rigorous thermal engineering, and deep industry experience.
Since 1986, our core technology group has specialized exclusively in converting, backing up, distributing, and monitoring low-voltage DC power. This single-minded engineering focus ensures every rectifier chassis we manufacture delivers uncompromised field reliability.
Our manufacturing facility operates under stringent ISO 9001 and ISO 14001 quality standards. Every OEM rectifier module undergoes 100% full-load thermal burn-in testing and automated electrical insulation safety checks prior to overseas shipment.
We work directly with Sri Lankan engineering consultants, project integrators, and government tenders. Our in-house R&D team can deliver customized electrical single-line diagrams, mechanical 3D CAD models, and functional prototypes within accelerated timelines.
Streamlined export logistics into Sri Lanka via Sea Freight to Colombo Port or Expedited Air Freight to Bandaranaike International Airport (CMB). Supported by comprehensive technical documentation, factory acceptance testing (FAT), and dedicated application engineering support.
As Sri Lanka modernizes its national energy architecture, critical power buyers are prioritizing sustainability, remote automation, and battery chemistry advancements.
To reduce dependence on expensive imported diesel for backup generators, telecom operators and tea plantation factories in the Hill Country (Nuwara Eliya, Badulla) are installing solar PV microgrids. Our OEM rectifiers seamlessly integrate multi-source DC inputs (Solar MPPT + Grid AC + Generator AC) into a single regulated DC bus.
Traditional lead-acid (VRLA) batteries suffer short lifespans in Sri Lanka's high ambient heat. Procurement managers are rapidly switching to Lithium Iron Phosphate (LiFePO4) batteries. Our rectifiers feature OEM-customizable BMS communication protocols (CANbus / RS485) for active lithium cell balancing and temperature control.
High fuel and transport costs have made manual technician site dispatches expensive. Enterprise buyers in Colombo now require every piece of deployed DC power hardware to support SNMP v3 network integration, facilitating centralized automated monitoring and predictive fault analysis.
Detailed technical and commercial answers for project engineers, procurement officers, and system integrators in Sri Lanka.