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Engineered for London's demanding EV charging networks, grid-scale battery storage and industrial power systems — delivering reliability at DC 1500V and beyond.
London stands at the forefront of the UK's green energy transition — driving unprecedented demand for high-performance high-voltage connector solutions across multiple sectors.
Transport for London (TfL) has committed to a fully zero-emission bus fleet by 2034. With over 9,000 buses operating across the capital and a rapidly expanding fleet of electric black cabs, the demand for robust high-voltage connectors — capable of handling fast-charge cycles at 400V–800V — has surged dramatically. SANCO's EV charging connectors are engineered precisely for this high-cycle, high-reliability environment.
The Greater London Authority and National Grid ESO have accelerated deployment of large-scale battery energy storage systems (BESS) across boroughs including Barking, Croydon and Enfield. These projects require DC 1500V-rated connectors with IP67+ sealing, high thermal stability and UL/CE compliance — specifications that SANCO's ES095 and ES103 series fully satisfy.
London hosts one of Europe's densest concentrations of hyperscale data centres, particularly in the Docklands and Slough corridors. These facilities depend on uninterruptible high-voltage power distribution systems where laminated busbars, injection-moulded copper busbars and high-current connectors are mission-critical components for power integrity and thermal management.
Crossrail (Elizabeth Line) and ongoing upgrades to the London Overground and Underground network demand rail-grade connectivity solutions certified to ISO/TS 22163 (IRIS). SANCO's rail transit connector portfolio — built to withstand vibration, humidity and electromagnetic interference — serves this critical infrastructure with proven reliability.
London's ambitious target of net-zero carbon by 2030 has driven significant investment in rooftop solar, community energy projects and distributed renewable generation. High-voltage DC connectors rated for outdoor UV exposure, salt-fog resistance and DC 1500V operation are essential for safe, long-life solar array interconnections throughout Greater London.
London now has over 14,000 public EV charge points — the highest density of any UK city — with the Mayor's Electric Vehicle Infrastructure Strategy targeting 150,000 charge points by 2030. This explosive growth demands CCS2, CHAdeMO and GB/T compatible connectors built for millions of mating cycles, weather resistance and compliance with UK EVSE regulations.
Understanding the forces driving connector technology evolution helps London's engineers and procurement teams make smarter, future-proof sourcing decisions.
Next-generation EVs from Porsche, Hyundai, BMW and Jaguar Land Rover (headquartered near London) are migrating to 800V battery architectures, enabling 350kW+ ultra-fast charging. This shift demands connectors with enhanced dielectric strength, tighter tolerance pin systems and advanced thermal management — areas where SANCO leads with its DC 1500V-rated product range.
London's automotive and aerospace OEMs demand connectors that are simultaneously smaller, lighter and capable of carrying higher currents. SANCO's cold-heading and CNC precision manufacturing capabilities enable ultra-compact designs achieving current densities exceeding 200A in connectors weighing under 150g.
The UK's post-Brexit product safety framework and updated BS EN standards for EV charging equipment have raised the compliance bar. SANCO's products carry UL, TÜV, RoHS, IATF 16949 and CNAS certifications, ensuring seamless market access for London-based system integrators and OEM partners.
London's procurement policies increasingly mandate RoHS compliance, recyclable housings and reduced lifecycle carbon footprints. SANCO's use of high-purity copper, recyclable engineering plastics and lead-free processes aligns directly with the sustainability commitments of London's major infrastructure and fleet operators.
The integration of temperature sensing, smart diagnostics and IoT-enabled condition monitoring within connector assemblies is rapidly gaining traction in London's smart grid and fleet management applications. SANCO's R&D roadmap includes embedded sensing solutions for predictive maintenance in high-cycle environments.
Post-pandemic supply chain disruptions have prompted London's engineering and procurement teams to diversify sourcing and maintain strategic buffer stocks. SANCO's global logistics network and responsive lead times — combined with European distribution partnerships — ensure London customers receive consistent, uninterrupted supply.
From the City of London's smart buildings to the Thames Estuary's offshore wind connections — SANCO's high-voltage connectors are built for every London application.
TfL bus depots, Addison Lee EV taxi fleets and Amazon's London last-mile delivery vans rely on high-cycle CCS2 and GB/T connectors for overnight and opportunity charging. SANCO's EV CCS2 DC Charging Connector (10A–250A) is purpose-built for depot-scale charging infrastructure.
London's premium commercial real estate developments integrate on-site battery storage systems for demand peak-shaving and backup power. ES095 and ES120S battery connectors provide the high-current, vibration-resistant connections required in these multi-storey BESS installations.
Tier-1 suppliers to Rolls-Royce, BAE Systems and GKN Aerospace operating in the Greater London and Home Counties region require precision high-voltage connectors for electrified aircraft ground support equipment, test rigs and advanced manufacturing automation.
Offshore wind projects feeding London's grid via the Thames Estuary require IP68-rated, corrosion-resistant high-voltage connectors for subsea cable junction boxes and onshore converter stations — a demanding application where SANCO's sealing and material expertise delivers critical reliability.
Major NHS hospital trusts and critical facilities across London depend on uninterruptible power supply (UPS) systems backed by large battery arrays. SANCO's ES140S and ES057S battery connectors provide the safe, reliable high-current connections that healthcare infrastructure demands.
The Docklands and Slough data centre clusters — hosting facilities for AWS, Microsoft, Google and Equinix — require laminated busbars and injection-moulded copper busbars for low-inductance, high-efficiency power distribution within server racks and UPS modules.
Founded in 1999, SANCO is well known as a connection system solutions provider and a national high-tech enterprise integrating R&D, design, manufacturing, sales and after sales support for connectivity products. It is committed to becoming a leader in the field of connectivity technology and products.
SANCO specializes in the R&D and manufacturing of electrical interconnection systems for automotive, rail transit, industrial, communications, and energy storage applications, including: high voltage EV connector, energy storage connector, EV charging connectors, manual service disconnect (MSD) units, Laminated busbar, Injection-molded busbar, signal and circular connectors, cell contact systems (CCS) and various precision components.
Leveraging two decades of profound technical expertise, our company has built an outstanding R&D team of over 200 professionals. The team consists of talents from world-renowned universities and leading institutions in the industry, with core members having previously worked in top three global connector companies, ensuring our technology and vision remain globally forward-looking.
The team demonstrates exceptional competence, with over 95% holding bachelor's degrees or higher, forming a powerful knowledge-intensive innovation engine. To translate cutting-edge ideas into exceptional products, the company has invested significantly in establishing an advanced independent laboratory equipped with more than 100 specialized precision instruments.
This lab offers comprehensive capabilities, efficiently conducting rigorous reliability validation, IP rating certifications, raw material composition analysis, high-performance electrical testing, precision dimensional measurements, and environmental tests simulating various extreme conditions. This complete in-house verification system greatly accelerates the R&D cycle and ensures high performance, reliability, and quality of every connector product from the design stage onward, providing solid hardware support for our continuous leadership in industry technological innovation.
Our vertically integrated manufacturing facilities ensure total quality control — from raw material to finished high-voltage connector assembly.
Explore our full portfolio of certified high-voltage connectors and EV charging solutions — designed and manufactured to meet London's most demanding energy and mobility applications.
ES095 Battery Connector for Energy Storage Systems DC 1500V
London Grid Storage
GB/T DC EV Charging Connector Cable
London EV Charging
ES057S Energy Storage Battery Connector 80A-120A
London Industrial ESS
ES103 High-current Energy Storage Connector for Battery Modules
London Battery Modules
ES140S Battery Connector Crimping/Welding/Flexible Busbar Connection
London Busbar Systems
ES120S High-current Energy Storage Connector for Battery Modules
London BESS Projects
EV CCS2 DC Charging Connector 10A/20A/40A/50A/80A/125A/200A/250A
London Public Charging
GB/T Standard AC EV Charging Gun 16A/32A Charging Connector & Cable for Electric Cars
London EV Infrastructure