110VDC Electric Rectifier Manufacturer & Suppliers in the United Kingdom Market

High-Performance industrial switch-mode rectifiers, modular DC power systems, and redundant battery chargers designed for critical infrastructure, substation tripping, and telecom backups.

Featured 110VDC Rectifier Solutions

High-frequency resonant soft-switching technology optimized for UK Power Networks, National Grid compliance, and heavy industrial applications.

Modular System
EVS 10000W Telecom Cabinet AC-DC Modular Power Supply System Single 110V DC Rectifier

EVS 10000W Telecom Cabinet AC-DC Modular Power Supply System Single 110V DC Rectifiers Industry Use 95% Efficiency DIN Rail

Heavy-duty 10kW system designed for centralized UK grid substations and primary distribution automation.

Battery Charger
High Efficiency 230V Input AC-DC Industrial Battery Charger

High Efficiency 230V Input AC-DC Industrial Battery Charger 60Hz Single Output 10A 220V Output Power 1500W

Engineered with dual-pole earth fault isolation systems, matching BS 7671 standards for switchgear backups.

SNMP Rectifier
EVS110100-H5B5 125V 100A Telecom Power Supply

EVS110100-H5B5 125V 100A Telecom Power Supply 220V AC/110V DC Battery Charger 380V/220V Rectifier Built-in SNMP for Telecom

Equipped with high-level TCP/IP & SNMP protocol interfaces for automated SCADA monitoring networks.

Rack Mount 1U
EVSPOWER Hot Plug 3000W EV11020B Rectifier Module

EVSPOWER Hot Plug 3000W EV11020B Rectifier Module 95% High Efficiency 110V 20A 1U Rack Mount Industrial DC Power System 220V

Ultra-compact 1U configuration allowing easy hot-swap operation in modern UK telecommunication nodes.

Critical 110VDC Infrastructure in the UK

The UK industrial and power distribution landscape is marked by strict reliability standards. 110VDC systems are the cornerstone of substation safety, serving as the auxiliary power system for control cabinets, protection relay boards, and breaker tripping systems. In England, Scotland, Wales, and Northern Ireland, Network Operators (DNOs) mandate dual-pole isolated 110V DC battery charger networks to guarantee control power remains uninterruptible during primary grid shut-downs.

Our rectifiers are specifically tuned to align with UK grid dynamics. In an era where renewable energy integrations—such as offshore wind farms along the North Sea and large-scale solar arrays in the south—require robust and stable grid connections, EVS rectifiers provide the necessary DC stability to maintain communication channels and operation controls without interruption.

Key UK Grid Parameters Supported:

  • Input Tolerances: Designed to accommodate standard single-phase 230V AC or three-phase 400V/415V AC grids (50Hz).
  • Galvanic Isolation: High insulation resistance complying with BS EN 60255 safety practices.
  • Seismic & Mechanical Rigidity: Built to endure environmental vibrations within railway trackside signaling equipment enclosures.
  • Low Ripple Operation: Peak-to-peak ripple voltage minimized to < 0.5% RMS to protect sensitive DSP tripping relays.

EVS Power Systems: Efficiency & Performance Statistics

Our rectifiers utilize cutting-edge digital control technology to provide superior energy density and long-term operating efficiency.

>95.8%
Conversion Efficiency
150k
MTBF Hours (Bellcore)
< 0.5%
AC Ripple Factor
1U/2U
Ultra-Compact Profiles

Global Rectifier Technology: The Paradigm Shift to Switch Mode Rectifiers (SMR)

Legacy linear thyristor-based power systems are rapidly giving way to modern high-frequency Switch Mode Rectifiers (SMRs) globally, particularly in developed European and North American markets.

Legacy Thyristor Rectifier

Characterized by bulky, low-frequency copper transformers, poor input power factor (typically 0.7 to 0.8), high heat generation, and low response times (>100ms) to load transients. These units demand heavy maintenance and large footprints in industrial environments.

Modern EVS HF SMR

Leveraging high-frequency resonant soft-switching technology (LLC), our rectifiers operate at switching frequencies above 100kHz, allowing up to 95.8% efficiency, active power factor correction (PFC > 0.99), response times <5ms, and small dimensions.

Digital Smart Grid Integration

Equipped with microprocessors that run DSP algorithms, allowing communication via MODBUS RTU, CAN, and SNMP. They enable remote asset management, predictive diagnostic logging, and automatic thermal foldback protection.

In the United Kingdom, infrastructure owners are retrofitting old power cabinets with modular rack-mount rectifiers to optimize space, minimize heat loading in sealed enclosures, and align substation equipment with modern cyber-security and SCADA communication protocols.

Specialized Power Converters & Substation Chargers

Tailored solutions for utility distribution networks, specialized DC distribution systems, and telecom base stations across Britain.

Charging Module
Electric Rectifier Module 380V to 110V DC Single Output 100A

Electric Rectifier Module 380V to 110V DC Single Output 100A Industrial Charging Cabinet Switching Power Supply

Robust 100A output for large-scale utility battery banks. Features automatic load-sharing when operating in parallel configurations.

AC-DC Switching
3000W MR1103000S-M Constant 120V AC to DC Rectifier

3000W MR1103000S-M Constant 120V AC to DC Rectifier Power Supply 20A Single Output DC Distribution Panel 20A Output Switching

A highly stable 3000W module featuring deep current limiting protections, suitable for dynamic industrial inductive loads.

Hydropower System
Telecom Rectifier System 180-400V DC to 110V DC

Telecom Rectifier System 180-400V DC to 110V DC Single Output 20A EVS11020 with 93.2% Efficiency for Hydropower Station

Specially engineered for hydroelectric facilities and distributed telecom networks requiring wide input voltage ranges.

DC Converter
110V DC Power Supply Converter 220V AC Rectifier Module

110V DC Power Supply Converter 220V AC Rectifier Module 3000W 20A Single 50/60Hz Telecom Base Stations 100V 230V 380V 50Hz

A highly versatile module offering broad AC grid compatibility, suitable for deployment in remote UK cellular towers.

Guangzhou EVS Manufacturing & Quality Advantage

Combining advanced production methods with strict quality standards to deliver cost-effective and reliable power solutions globally.

Guangzhou EVS Powers Co., Ltd.

Guangzhou EVS Powers Co., Ltd., is located in international trade city Guangzhou.Our Company EVS is an professional manufacturer of switching power supply, DC power system, power supply units, DC DC converter, power inverter series power system product and other OEM ODM electronics products according to customer's request. We regard clients' satisfaction as our top task, products' quality as the basis of development, cost-saving as our competitive advantage. With the excellent credit standing and the premier service, we have won the high reputation and long term cooperation from customers between domestic and foreign, such like the Europe, South and North America, Australia, Middle East, Southeast Asia and other areas. With good faith oriented, we would like to share our knowledge, technology and experience with our partners so as to cooperate with more customers for mutual benefit and development. We will do our best to provide the good quality, the best service, the competitive price for our old and new customers.With the development of economy, we are looking forward to cooperating with you in the near future. Let's work together to create a new future of the electronic world. Please Contact us now.

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Guangzhou EVS Powers Manufacturing Facility

Our End-to-End Production Process

Wire Cutting Process Wire Cutting
Plug-In Process Plug-In
Soldering Tin Process Soldering Tin
Functional Test Process Test
Glue Filling Process Glue Filling
Burn-In Test Process Burn-In Test
Packaging Process Packaging

Advanced Manufacturing Automation

Winding Machine Winding Machine
Wire Cutting Machine Wire Cutting Machine
Automatic Soldering Machine Automatic Soldering Machine
Laser Engraving Machine Laser Engraving Machine
Canning machine Canning machine
Assembly Line Assembly Line

Strict Laboratory Testing & QC Calibration

DC Tester Overview Tester Overview
DC Power Supply Tester DC Power Supply Tester
AC Withstand Voltage Tester AC Withstand Voltage Tester
Constant temperature and humidity chamber Constant Temp & Humidity Chamber
Optical microscope Optical Microscope
Aging test Aging Test (Full Load)
Product Design Center Design Department

Applications of 110VDC Rectifiers in UK Projects

Our power systems are engineered to withstand demanding environments in both urban facilities and remote utility locations.

1. Power Utility & Substation Control

Providing essential auxiliary DC power for high-voltage and medium-voltage switchgear. In a grid failure, our rectifiers and battery systems supply the critical tripping currents required to open circuit breakers and protect downstream infrastructure.

2. Rail Transit and Signalling Systems

Compliant with rail isolation rules, EVS rectifiers provide reliable 110VDC outputs for trackside signalling systems and points control, maintaining operations during AC power interruptions.

3. Telecommunication Hubs & Data Centres

Designed for compact 1U/2U server cabinets. High power density configurations operate with 95%+ efficiency, reducing thermal load and cooling costs in UK data hubs.

4. Industrial Processing & Water Treatment

Providing stable DC control power for heavy machinery, automated processing plants, and critical valve actuators in water treatment works where control failure is not an option.

Technical Reference for B2B Procurement Teams

Key specifications to consider when evaluating 110VDC rectifiers for critical infrastructure tenders.

Specification parameter Industry Standard Requirements EVS Rectifier Performance Advantage
Efficiency Rating 85% - 90% (Average linear/thyristor) Up to 95.8% (LLC Resonant Soft-Switching)
Input Power Factor 0.70 - 0.85 (Thyristor control) ≥ 0.99 (Built-in Active PFC Circuits)
Communication interface Dry Contacts Only (Basic alarms) SNMP v2/v3, RS485, Modbus-RTU, CAN Bus
Output Voltage Ripple < 1.0% RMS (Risk of relay chatter) < 0.5% RMS (Ensures stable protection trip)
Redundancy Options Hardwired manual backup systems Hot-swappable N+1, N+2 configurations

Industrial Rectifier Modules & Charging Cabinets

Explore our complete range of high-efficiency rectifiers, DC-DC converters, and battery charging cabinets built to international industrial standards.

DC-DC Converter
High-Efficiency 220V/380V to 150VDC DC-DC Single Output Power Converter

High-Efficiency 220V/380V to 150VDC DC-DC Single Output Power Converter 3000W Industrial Use 93.2% Efficiency

Optimized for stable power conversion in heavy duty machinery and industrial automation controls.

DSP Control
110V 20A High-Frequency DSP Digital Control Single DC Rectifier Module

110V 20A High-Frequency DSP Digital Control Single DC Rectifier Module Resonant Soft-Switching Technology High Efficiency 92%

Microprocessor-controlled module featuring fast transient response and real-time parameter tracking.

AC-DC Converter
EVS High-Efficiency AC-DC 220V to 125VDC 100A Single Output Power Converter

EVS High-Efficiency AC-DC 220V to 125VDC 100A Single Output Power Converter for Industrial Use

Designed for large industrial plants, offering reliable operation under continuous full-load conditions.

DC Power Supply
2025 New Design 110V DC Power Supply

2025 New Design 110V DC Power Supply Excellent Service 20A Single Output for Industry 40A Output Current 3000W Output 60Hz 220V

Upgraded thermal management design providing stable 20A continuous output for critical processes.

GZDW Cabinet
Electric Rectifier Module GZDW-100AH/125V 380V 125V DC Power Supply

Electric Rectifier Module GZDW-100AH/125V 380V 125V DC Power Supply 40A 92% Efficiency Charging Cabinet Industry 6000W Output

A complete DC charging cabinet solution integrated with central monitoring unit and battery health analytics.

Rectifier Station
EVS RM1103000S-M 3000W Rectifier Power Station

EVS RM1103000S-M 3000W 93.2% Efficiency 220V Input Rectifier Power Station Overvoltage Protection Single Output 110V 50/60Hz

Equipped with comprehensive voltage clamp and overvoltage protection for remote substation sites.

2U Rack System
Customizable 2U Rack Mount Single Transformer Rectifier Power System

Customizable 2U Rack Mount Single Transformer Rectifier Power System 220V AC 110V DC Converter 80A 92% Efficiency Telecom Base

Compact 2U form factor offering an 80A capacity, optimized for space-constrained telecom installations.

Modular Charger
Modular High Frequency DC Power Supply Single Output Battery Charger

Modular High Frequency DC Power Supply Single Output Battery Charger 40A-80A AC 220V 92% Efficiency Industry RS485/SNMP

Configurable 40A-80A charging module with integrated RS485 communication protocols for simple system setup.

Frequently Asked Questions: Industrial 110VDC Rectifiers

Detailed answers to common technical and engineering questions regarding modular switch-mode power systems.

Why is 110VDC preferred over other DC voltages in United Kingdom power substations?
110VDC is chosen as the standard control and tripping voltage in the UK due to safety, reliability, and circuit configuration benefits. The system typically operates as a dual-pole isolated network (+55V and -55V relative to earth). This limits shock hazards to 55V to earth while retaining a 110V differential for solenoid switchgear tripping. It also allows the circuit breakers to trip even in the presence of a single earth fault, avoiding sudden system shut-downs.
What are the advantages of N+1 modular redundancy in rectifiers?
An N+1 system uses multiple smaller rectifier modules in parallel to support the total load plus one extra module. If a single module fails, the remaining rectifiers automatically take over the full load. EVS modules support hot-swapping, allowing engineers to replace failed units without powering down the cabinet, ensuring continuous protection.
How does Guangzhou EVS ensure the quality of its rectifiers?
We use a rigorous multi-stage quality control process. Components undergo automatic wire cutting and precise soldering before board testing. Finished modules are subjected to full-load burn-in tests in specialized aging chambers. Finally, we use AC withstand voltage and DC power supply testers to verify stability and insulation safety before shipment.
Can these rectifiers handle different battery chemistries, such as Ni-Cd or LiFePO4?
Yes. EVS rectifiers feature programmable digital charging profiles via the DSP controller. Users can adjust parameters for VRLA Lead-Acid, Nickel-Cadmium (Ni-Cd), and Lithium Iron Phosphate (LiFePO4) battery banks, setting charge termination voltages, float charging parameters, and temperature compensation coefficients accordingly.
What communications protocols are supported for SCADA and remote monitoring?
Our systems support RS485 and TCP/IP physical layers and run Modbus-RTU, CAN, and SNMP v2/v3 protocols. This allows operators to integrate rectifier modules directly with utility SCADA frameworks to monitor current, voltage, temperature, and alarm states remotely.

Ready to Upgrade Your DC Power Infrastructure?

Contact our technical engineering team for custom 110VDC rectifier sizing, modular rack designs, and pricing for your upcoming UK or international project.

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