Intelligent DC Charging Infrastructure for Commercial Fleets — 480V DC ultra-fast charging, smart energy management, SCDF-approved fire safety, LTA TR25 certified, OCPP 2.0.1 ready. Built for safety. Ready for tomorrow.
End-to-end DC charging operations.
Our charging-as-a-service model covers everything from initial site assessment through to 24/7 operational support. You run your fleet — we run the chargers behind it.
High-Power DC Fast Charging
Provide your fleet with the speed it needs. Our high-power DC charging systems deliver rapid turnaround times, ensuring your commercial electric vehicles spend less time charging and more time on the road. It is the perfect solution for busy depot operations.
Advanced Liquid-Cooled Technology
Reliability meets ease of use. By using liquid-cooled cables and power modules, our systems manage heat effectively to prevent slowdowns during continuous operation. The cables are also lighter and easier for drivers to handle, ensuring long-term durability.
Intelligent Dynamic Power Allocation
Maximize your energy efficiency. Our smart power cabinets automatically share and balance electrical output across multiple charging points. By reading each vehicle's real-time needs, the system distributes power smoothly, whether you are charging one vehicle or a full fleet.
Future-Proof Standards & Protocols
Enjoy open flexibility with zero vendor lock-in. Our systems fully support the latest open communication protocols and industry standards, including seamless Plug & Charge features. This makes billing and fleet management automatic, secure, and hassle-free.
Smart Fleet & Depot Management
Keep your operations running smoothly. Our integrated platform offers total visibility into your daily charging cycles, including scheduling, preventive maintenance, and real-time health data. We help monitor system status to maximize uptime across your depot.
Robust & All-Weather Design
Built to perform in demanding environments. Our chargers feature high-grade, weather-resistant enclosures with anti-corrosion protection, making them ideal for humid tropical climates. They also feature quiet operation, allowing them to be placed near noise-sensitive areas.
Built for Singapore's technical and regulatory requirements.
At EVhubs, compliance is designed into every charging solution from the outset. Our systems are developed to align with Singapore's key standards for EV charging, electrical safety, fire protection, grid connection, and environmental durability — helping clients deploy infrastructure with confidence and long-term reliability.
We take a standards-led approach to engineering so that each deployment supports safe operation, smooth integration, and consistent performance in Singapore's demanding commercial and industrial environments.
EV charging
- Designed to support LTA TR 25:2022 Part 3 for high-power charging applications.
- Compatible with OCPP 2.0.1 for charger communication and network management.
- Supports ISO 15118 Plug & Charge capability where required.
Electrical installation
- Designed to meet SS 638:2018 CP 5 for cabling, earthing, and protection coordination.
- May incorporate IEC 60076-11 dry-type cast-resin transformers where specified.
- Includes SS 555:2018 lightning protection with Type I + II SPDs.
Fire safety
- Developed with reference to SS 667:2020 for battery energy storage systems.
- Aligned with Singapore Fire Code 2023 Clause 10.3.
- Large-scale battery fire testing may be supported through UL 9540A methodology, where applicable.
Solar PV
- Solar integration is designed in line with SS 601:2014 for PV DC-side isolation.
- Supports MPPT-optimised generation for improved energy performance.
- PV-side design and certification can be reviewed by a qualified Professional Engineer (PE).
Grid connection
- Engineered in accordance with SP Group TS 10.1 for grid connection requirements.
- Includes critical protection functions such as anti-islanding, OV/UV, and OF/UF protection.
- Performance is assessed for PCC THD, voltage dip, and power factor compliance.
Environmental durability
- Equipment is specified for tropical outdoor operation, including IP55 outdoor-rated enclosures.
- Corrosion protection can be designed to ISO 12944 C5-M marine-grade requirements where needed.
- Suitable for high-humidity, coastal, and salt-spray environments common in Singapore.
Sized for the routes Singapore fleets actually run.
Charging infrastructure designed around real operational patterns — not generic templates. Whether you move containers through Tuas or last-mile across HDB estates, the charging strategy starts with your route data.
Container haulage routes
Heavy DC charging for prime movers running Tuas / Jurong port-to-warehouse cycles. High kWh per session, fast turnaround.
Jurong / Tuas / port logistics
Hub-based charging stations sized for clustered fleet operations across industrial west — including shared-charging hub opportunities.
Cold-chain logistics
Charging strategies that account for refrigerated payload, depot dwell time, and continuous-duty refrigeration loads.
Urban delivery fleets
Lower-power overnight charging for last-mile vans and mini-trucks operating from neighbourhood depots and HDB-zone logistics hubs.
Industrial depot charging
On-site charger deployment integrated with depot operations — load balancing across vehicle classes and shift rotations.
Shared charging hubs
Multi-operator depot charging arrangements — split CapEx, share utilisation, accelerate deployment.
Charging reliability matters as much as the vehicle.
For commercial fleet operators, an unreliable charger is a parked truck. EVhubs works with charger manufacturers, vehicle OEMs and site owners to support charging compatibility, battery charging behaviour, communication protocols and operational uptime.
480V DC charging compatibility
Verification that the charger output matches vehicle battery acceptance — preventing degraded charge rates that bottleneck operations.
Charging integration documentation
Vehicle-to-charger integration documents per SKU — handover-ready for your operations team.
Battery charging curve analysis
Per-vehicle charging-curve profiling to determine realistic depot turn times under load — what your fleet planner actually needs.
Vehicle-to-charger interoperability
Multi-OEM, multi-charger testing so adding a vehicle later doesn't break the existing depot infrastructure.
CSMS / OCPP integration
Charging Station Management System integration with your back-office tooling — billing, reporting, fleet telemetry, scheduled maintenance.
Liquid-cooled deployment planning
Site survey, cable run planning, thermal & power-quality assessment for liquid-cooled high-power chargers — done before the order is placed.
Beyond chargers — a DC-coupled microgrid.
EVhubs supports future-ready energy infrastructure where solar PV, battery energy storage and DC fast charging share an integrated 800 V DC busbar. The battery absorbs surplus PV during the day, discharges into chargers during evening peaks, and recharges from grid during off-peak hours when tariffs are lowest. One commercial wrapper, one operations team.
- · DC-coupled architecture: PV feeds the battery via MPPT, then the charging stack — fewer conversion stages, higher round-trip efficiency
- · AI-enabled BEMS: Battery Energy Management System optimises charge/discharge cycles against solar generation, fleet load and ToU tariff signals
- · Peak shaving: charge battery off-peak, discharge during demand-charge windows — turns volatile electricity bills into a flatter line
- · Potential operating cost reduction across vehicle, charging and energy lines
- · Reduced upfront CAPEX through service-based deployment
- · Improved energy resilience via battery storage integration
- · Support for Scope 1 emission reduction reporting
- · Scalable charging deployment as fleet grows
One commercial wrapper.
Vehicles, chargers, energy, software, operations — all delivered under a single platform agreement. You commit to the outcome, not the components.
EVhubs takes the integration risk so your operations team can focus on the routes.
Engineering capability built on integrated deployments.
EVhubs is backed by engineering capability deployed across grid-scale energy storage, battery second-life, hybrid charging hubs and PV-integrated charging stations. The reference deployments below illustrate the technical depth available through our delivery network.
Telecom Base-Station Energy Storage
20 kW PCS paired with 80 kWh battery storage, integrated with STS, EMS, fire protection and PDU. Deployed for remote communication base stations and industrial backup energy applications.
Reference project: China Tower Energy Storage System for Base Station
Battery Second-Life Substation ESS
Containerised energy storage system repurposing retired EV batteries for grid-support service. Integrates PCS, active power filter (APF), static VAR generator (SVG), EMS and PDU in a single deployable enclosure.
Reference project: China Southern Power Grid — Shao Guan Substation Battery Second-Life
Vanadium Flow Battery Grid Storage
2,500 A vanadium-flow chemistry for long-duration, deep-cycle grid-scale storage. Combines PCS, EMS, fire protection and integrated PDU in a single platform — suited to applications requiring extended discharge cycles.
Hybrid ESS + Fast-Charging Hub
1 MW on-site generation paired with 1 MW PCS & STS, 1.86 MWh battery storage and 16 DC fast chargers (six at 360 kW, ten at 180 kW). Demonstrates grid-independent charging-hub architecture for high-throughput fleet sites.
Integrated PV–Storage–Charging Station
Solar PV generation feeds an LFP battery via PCS, paired with V2G-capable EV chargers and unified EMS control. End-to-end demonstration of the PV–storage–charging stack referenced earlier on this page.
Reference deployments illustrate engineering capability available through EVhubs's delivery network. Project images shown for credibility purposes; specific commercial terms, project parameters and EVhubs's role within each deployment are not disclosed.
EVhubs helps Singapore fleet operators electrify vehicles, charging and energy infrastructure — without the complexity of managing it alone.
Singapore's independent fleet electrification and charging operations platform.