Engineering The Future. Today
Smart AC & DC EV Charging Solutions for a Changing India
EV Charging Built Around the Vehicle, the Site and the Way Charging Actually Happens
Power9 develops AC and DC EV charging solutions for businesses, workplaces, fleets, properties and charging infrastructure where reliability, connectivity and practical charging management matter.
From a 23 kW dual-gun AC charging system to a 20/30 kW DC fast charger, the current Power9 range combines charging hardware with connected features designed to make EV charging easier to operate and manage.
Meet the Power9 EV Charger Range
Power9 currently offers two distinct charging solutions designed for different charging environments.
23 kW AC Type 2 Dual Gun EV Charger
11.5 kW × 2 | Dual Type 2 | Simultaneous Charging
Designed for locations where two compatible EVs may need to charge at the same time, the Power9 dual-gun AC charger provides 11.5 kW output per charging gun with 23 kW total simultaneous system output.
- 11.5 kW Per Gun
- 23 kW Total Output
- 2 × Type 2 Charging Guns
- 4G + Wi-Fi + LAN
- 4.3″ Colour Display
- IP54 Enclosure
Designed for locations where two compatible EVs may need to charge at the same time, the Power9 dual-gun AC charger provides 11.5 kW output per charging gun with 23 kW total simultaneous system output.
Power9 20/30 kW DC Fast Charger
20/30 kW Selectable Output | Single Gun | 200-1000 V DC
For charging environments where vehicle turnaround is more important, the Power9 DC fast charger provides selectable 20 kW or 30 kW DC output across a wide 200-1000 V DC operating range.
- 20 / 30 kW Output
- 200-1000 V DC
- 125 A Maximum Output
- 7″ Touch Display
- OCPP Connectivity
- 4G + Wi-Fi + LAN
A 7-inch touchscreen, multiple authentication methods, OCPP connectivity and remote-management functionality make the charger suitable for connected commercial charging environments.
One Charging Technology Does Not Fit Every Location
An employee vehicle parked for eight hours does not have the same charging requirement as a commercial EV that needs to return to service quickly.
“What is the biggest charger available?”
The better question is:
“What charging capacity does this vehicle and this site actually need?”
EV Charging Solutions for Real-World Applications
EV charging infrastructure should begin with understanding how vehicles actually use the location.
Workplace EV Charging
Turn longer parking periods into useful charging time for employees, visitors and business vehicles.
Power9’s dual-gun AC charger can support simultaneous charging of two compatible vehicles, while DC charging can be considered where quicker turnaround is required.
Fleet EV Charging
When do vehicles return?
How much energy do they need?
When must they leave again?
How many vehicles may charge simultaneously?
Power9’s connected charging capabilities can support charging environments where monitoring, scheduling and load management are important.
Commercial EV Charging
Businesses and commercial properties need charging infrastructure that can serve today’s users without making future expansion unnecessarily difficult.
Power9 AC and DC charging solutions can be evaluated according to parking duration, vehicle demand, electrical capacity and expected charger utilisation.
Public & Destination Charging
Locations serving multiple EV users need charging equipment that is straightforward to access, monitor and operate.
Power9 charging systems include connected authentication and remote-management capabilities that can support managed charging environments.
Apartment & Shared Parking Charging
As more residents adopt EVs, residential properties need to think beyond installing a charger for the first vehicle.
A scalable charging plan should consider parking allocation, electrical capacity, cable routing, user authentication, metering, future charging points and load management.
AC or DC — Which EV Charger Should You Choose?
One charging technology does not fit every location.
Vehicle charging capability
Daily energy requirement
Electrical capacity
Number of EVs
Parking duration
Expected future growth
Important: An employee vehicle parked for eight hours does not have the same charging requirement as a commercial EV that needs to return to service quickly. The better question is: What charging capacity does this vehicle and this site actually need?
AC or DC EV Charging — Understanding the Difference
AC Charging suits:
AC charging is often appropriate when a vehicle remains parked long enough to meet its charging requirement without high-power DC charging. It can therefore be evaluated for:
Workplaces with longer dwell time
Residential or apartment parking
Commercial destination charging
Longer-dwell environments
Two-vehicle simultaneous charging
DC Charging suits:
DC charging transfers DC power to the vehicle and is generally considered where charging time and vehicle turnaround have greater operational importance. It can be useful for:
Commercial vehicles and fleets
Higher-utilisation charging locations
Faster vehicle turnaround needs
Fleet operations with fixed schedules
Public and highway charging
Connected Charging Built for Better Control
Modern EV charging is about more than transferring electricity. Power9’s charger range includes connected capabilities.
OCPP Connectivity
Multiple Network Options
Multiple Authentication
Remote Management
Load Management
Designed With Protection in Mind
EV charging equipment must operate around significant electrical loads and changing environmental conditions.
Over-voltage protection
Under-voltage protection
Over-current protection
Over-temperature protection
Short circuit protection
Earth leakage & surge protection
Electrical surge protection
The current AC and DC charging enclosures are specified at IP54, with additional product-specific protection systems.
EV Charging Should Be Easy to Understand
Power9 believes technical product information should help buyers make better decisions.
| Information Category | What Power9 Provides |
|---|---|
| Charging output | 11.5 kW × 2 (AC) | 20/30 kW selectable (DC) |
| Voltage range | 230 V AC (AC charger) | 200-1000 V DC (DC charger) |
| Connector | IEC 62196-2 Type 2 (AC) |
| Maximum current | 125 A maximum output (DC charger) |
| Communication | OCPP 2.0.1, 4G LTE, Wi-Fi, LAN |
| Authentication | RFID, NFC, QR code, App-based |
| Protection | Over-voltage, under-voltage, over-current, over-temperature, short circuit, earth leakage, surge |
| IP rating | IP54 rated enclosures on both platforms |
| Display | 4.3" TFT LCD (AC) | 7" touchscreen (DC) |
| Installation | Floor-standing |
| Dimensions | 400 × 250 × 1200 mm (AC) | 560 × 260 × 1200 mm (DC) |
| Weight | 28 kg (AC) | 55-65 kg (DC) |
| Efficiency | >94% (AC) | >93% at full load (DC) |
| Operating conditions | -25°C to +55°C operating temperature range |
| Charging management | Dynamic load management, charging scheduling, remote start/stop |
| Technical documentation | Datasheets, installation guides and technical specifications available |
As the Power9 portfolio grows, each charger will have its own detailed product page, datasheet and supporting technical information.
Frequently Asked Questions
What type of EV chargers does Power9 offer?
Power9 currently offers an AC Type 2 dual-gun charging system and a 20/30 kW DC fast charger. The AC charger provides 11.5 kW per gun with two simultaneous charging outputs, while the DC charger offers selectable 20 kW or 30 kW charging output.
Can two EVs charge at the same time with the Power9 AC charger?
Yes. The Power9 AC Type 2 dual-gun charger is designed with two charging guns that can operate simultaneously. Each charging gun provides up to 11.5 kW, producing a combined system output of up to 23 kW.
Does Power9 support connected EV charging?
The current Power9 AC and DC charger specifications include OCPP support along with 4G, Wi-Fi and LAN connectivity. They also provide remote-management and multiple user-authentication options.
What is the difference between the Power9 AC and DC chargers?
The Power9 AC charger is a dual-gun system designed to provide simultaneous AC charging to two compatible vehicles. The Power9 DC charger provides selectable 20 or 30 kW DC output for applications where faster vehicle turnaround may be required.
Which Power9 charger is suitable for fleet charging?
Charger selection depends on fleet size, vehicles, available charging time and electrical capacity. The 20/30 kW DC charger includes fleet-oriented capabilities such as dynamic load management, scheduling and multi-site, multi-charger management.
Can Power9 chargers be installed in apartments?
The Power9 dual-gun AC system can be evaluated for compatible shared charging environments where the site’s electrical infrastructure supports the required installation. Both current charger specifications carry an IP54 enclosure rating.
Built by Global Futuretech Private Limited
Power9 is a brand of Global Futuretech Private Limited, focused on connected AC and DC electric vehicle charging solutions.
Address: 871/2, Survey #242/3, Demni Road, Village Dadra – 396193, UT of DNHDD, India
Planning an EV Charging Project?
Whether you are planning charging for a commercial property, workplace, fleet or charging location, start with your actual requirement. Tell Power9 about your vehicles, expected charging time, site and project size.