Frequently Asked Questions
Planning an EV charging or energy-storage project?
These are common considerations during early project assessment. Final requirements are confirmed based on the site, selected equipment, and approved project scope.
What is the difference between AC and DC EV charging?
AC charging is generally suited to destinations, workplaces, homes, and longer parking periods. DC fast charging supplies power directly to the vehicle battery and is typically used for public charging, fleets, depots, terminals, and higher-turnover locations.
What electrical and site requirements should be checked before installing an EV charger?
A project assessment should review available electrical capacity, connection voltage, protection, cable routing, parking layout, civil works, communications, accessibility, and the expected charging demand before equipment is finalized.
Does Kuryentech support OCPP-compatible EV charging?
Kuryentech can support OCPP-compatible charging equipment for projects that require charger monitoring, management, and integration with a compatible charging-management platform. Final protocol and platform compatibility should be confirmed for the selected equipment.
What does the EV charger installation and commissioning process include?
A typical project progresses from requirements discovery and site assessment to equipment selection, installation coordination, testing, commissioning, turnover, and an after-sales support plan. Final scope depends on the site and approved quotation.
What permits or regulatory requirements may apply to an EV charging project?
Requirements vary by project type, site, equipment, and local jurisdiction. Kuryentech can help identify project-specific documentation and coordination needs, while final compliance should be confirmed with the relevant authorities and the approved project design.
Does Kuryentech provide preventive maintenance and after-sales support?
Kuryentech plans for preventive maintenance, monitoring, technical coordination, reporting, and escalation as part of the project support approach. The exact coverage is defined in the final project scope and equipment arrangement.
When is a C&I battery energy storage system appropriate?
C&I BESS can be considered when a facility needs backup power for critical loads, business continuity, peak-demand management, better use of onsite solar generation, or greater energy resilience. Proper sizing requires the facility load profile and operating priorities.
Can solar PV and BESS be integrated with EV charging?
Yes. Solar PV, battery storage, site loads, and EV chargers can be designed as an integrated system. The configuration should be based on site load, solar production, charging demand, electrical capacity, resilience targets, and commercial objectives.