20 kW / 30 kW · CCS2
Venus Compact DC Fast Chargers
Space-efficient connected DC charging for fleet, workplace, destination and commercial charging sites.
- Single CCS2 connector
- 150–1000 Vdc output range
- OCPP 1.6J with 4G, Wi-Fi and Ethernet
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Commercial CCS2 fast charging
CCS2 DC Fast Chargers
Compare commercial CCS2 DC fast chargers for operator, corridor, retail and fleet projects. Every project requires model-level selection based on site traffic, dwell patterns, electrical conditions, connector requirements and intended operating environment.
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DC fast charging hardware for commercial projects
Selecting a DC fast charger for commercial use starts with the project requirements. The products shown below are controlled by the Shopify collection and require product-level verification before selection for a specific site, market or operating model.
Available chargers
CCS2 DC fast chargers for commercial projects
Compare the current Venus, Jupiter, Titan and Nova split-system configurations, then send us your site, power, backend and quantity requirements for a project proposal.
60 / 80 / 120 kW · dual CCS2
Jupiter DC Fast Chargers
Floor-mounted DC fast charging for CPO, fleet, workplace and public charging projects.
- Jupiter V4 60/80 kW and Jupiter V5 60/120 kW
- Dual CCS2 project configurations
- OCPP 1.6J and optional cable management on documented V4 configurations
120 / 180 / 240 / 320 kW · dual CCS2
Titan High-Power DC Fast Chargers
High-power dual-connector charging for CPO networks, fleet hubs and commercial charging operations.
- Titan V3 120/180 kW and Titan V4 240/320 kW
- Dual CCS2 simultaneous-charging configurations
- Configuration-specific CE, CB, Eichrecht and regional certification coverage
360 / 480 / 720 kW rectifier cabinet
Nova Split Charging System with Aries or Hydrus Terminals
A scalable DC charging architecture that separates centralized power conversion from the user-facing charging terminals.
- Nova provides the rectifier cabinet and dynamic power distribution
- Aries V2 provides dual-CCS2 high-performance charging terminals
- Hydrus provides a compact, cost-efficient dual-CCS2 terminal option
Project selection guide
Plan a DC Fast Charging Station around Site Conditions
Start with how vehicles arrive, how long they stay and what the site can support. Product selection follows the confirmed project inputs rather than an assumed standard configuration.
Traffic pattern
Review expected vehicle arrivals, peak periods, access routes and the operating role of the charging site.
Dwell behavior
Document how long vehicles are expected to remain and how that dwell pattern affects the project brief.
Site layout
Assess circulation, parking positions, equipment areas, cable routing and practical installation constraints.
Electrical conditions
Record the site's electrical context and project constraints so the proposed equipment can be evaluated by the responsible project parties.
Connector and market fit
Verify the Connector against the Project Market
Connector selection depends on the project market, intended vehicles and the selected product configuration. A market or connector fit is not assumed across the collection.
Evaluate a CCS2 DC Fast Charger for Europe and the Middle East
When a Europe or Middle East project requires CCS2, the selected model and configuration must be verified against product-level evidence. Availability and suitability are not assumed for every product.
- Confirm the project market and intended vehicle requirements.
- Confirm the selected model, connector and configuration.
- Record product-level evidence before procurement.
Network and backend
Verify a Networked DC Fast Charger with the Intended Backend
Network and backend integration is a project-level verification point. Required data flows, operating workflows, provider dependencies and the selected model and configuration must be reviewed before any integration is included in the project scope.
Implementation inputs
Prepare the Site and Operating Brief
A clear brief helps the project team narrow the collection without relying on unverified product or compatibility assumptions.
- Define the siteShare the location type, access plan, parking layout, equipment areas and current project stage.
- Describe operationsDocument expected traffic, dwell patterns, user groups, operating responsibilities and future phases.
- State market needsIdentify the project market, intended vehicles and connector requirements that need product-level verification.
- Confirm responsibilitiesRecord electrical review, installation, backend, commissioning and support responsibilities within the agreed project scope.
Discuss Your Commercial DC Fast Charging Project
Share your site type, traffic and dwell patterns, market requirements, electrical context, backend needs and project stage so the team can review suitable candidates.
Frequently asked questions
Commercial DC Charger Questions
These answers explain the project inputs and evidence needed before selecting a product.
What is a commercial DC fast charger?
It is DC charging hardware considered for a commercial site's vehicle demand and operating role. The appropriate product and configuration still depend on project assessment.
Which sites can consider DC fast charging?
Potential applications include operator sites, highway or corridor locations, retail destinations and fleet depots. Suitability depends on the site's traffic, dwell behavior, electrical conditions and project requirements.
Does every product in this collection support CCS2?
No blanket connector claim is made. For Europe or Middle East projects that require CCS2, support must be verified for the selected model and configuration using product-level evidence.
Is network and backend integration included as standard?
No standard integration is assumed. The selected model, configuration, backend environment, required workflows, provider dependencies and agreed responsibilities must be reviewed for the project.