ABB Inc Terra HVC360: Difference between revisions
(Created page with "==ABB Inc. - Terra MCS1200 Charging Station== The ABB Inc. Terra MCS1200 represents a new generation of ultra-fast charging technology, engineered for heavy-duty electric vehicles and high-demand fleet operations. Delivering up to 1.2 megawatts of DC power, it sets a benchmark for efficiency, safety, and intelligent control. Built with advanced Megawatt Charging System (MCS) architecture, the Terra MCS1200 supports simultaneous high-power charging via optional CCS outle...") |
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==ABB Inc. - Terra MCS1200 Charging Station== | ==ABB Inc. - Terra MCS1200 Charging Station== | ||
The ABB Inc. Terra | The ABB Inc. Terra HVC360 is a high-performance DC fast charger designed to meet the demanding needs of public transport fleets and heavy-duty electric vehicles. Built for reliability, it delivers consistent high power across multiple outlets, ensuring optimal uptime in intensive charging environments. | ||
Engineered with advanced load-balancing and durable construction, the Terra HVC360 supports up to four outlets, allowing flexible power distribution up to 360 kW. Its stainless-steel enclosure, IP54 weather rating, and robust design make it ideal for both indoor and outdoor installations, setting a new benchmark in efficiency, safety, and scalability for fleet charging infrastructure. | |||
[[File:ABB_Inc_Terra_MCS1200_01.png|frameless|right]] | [[File:ABB_Inc_Terra_MCS1200_01.png|frameless|right]] | ||
=== Charging Speed === | === Charging Speed === | ||
The ABB Inc. Terra | The ABB Inc. Terra HVC360 delivers up to 360 kW of DC power, enabling rapid charging for electric buses, trucks, and fleets—adding significant range in under 30 minutes. | ||
=== Technical Specifications === | === Technical Specifications === | ||
| Line 50: | Line 50: | ||
=== Smart Features of Terra MCS1200=== | === Smart Features of Terra MCS1200=== | ||
# '''Dynamic Power | # '''Dynamic Power Sharing:''' Automatically distributes up to 360 kW between one to four outlets, optimizing power use and reducing charging downtime for multi-vehicle operations. | ||
# ''' | # '''Advanced Communication Protocols:''' Supports ISO 15118, OCPP 1.6 JSON, and OppCharge for seamless integration with fleet management systems and future-ready interoperability. | ||
# ''' | # '''Intelligent Thermal Management:''' Built-in temperature sensors and adaptive cooling ensure stable performance and extend equipment lifespan in high-demand conditions. | ||
# ''' | # '''Multiple Interface Options:''' Offers CCS1/2, Panto Down, and Panto Up configurations to accommodate various commercial EV applications and charging methods. | ||
# ''' | # '''LED Status Indicators:''' Equipped with four RGB LEDs (one per outlet) for real-time visual feedback on charging status and diagnostics. | ||
# ''' | # '''Remote Accessibility:''' Enables remote diagnostics, configuration, and software updates through Ethernet or 4G connectivity for streamlined maintenance and monitoring. | ||
<gallery> | <gallery> | ||
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=== Advantages of Terra MCS1200=== | === Advantages of Terra MCS1200=== | ||
* | * High Power Output: Delivers up to 360 kW with intelligent power sharing, ideal for large-scale fleet depots and transit charging networks. | ||
* | * Exceptional Durability: Built with AISI 430 stainless steel and rated C5-H corrosion protection, ensuring longevity in harsh environmental conditions. | ||
* | * Energy Efficiency: Achieves up to 96% conversion efficiency, minimizing operational costs while maximizing performance. | ||
* Flexible Installation: Configurable for one to four outlets and compatible with various mounting and connector types. | |||
=== Disadvantages of Terra MCS1200=== | === Disadvantages of Terra MCS1200=== | ||
* High | * High Initial Cost: Premium build quality and industrial-grade components increase the upfront investment for smaller operations. | ||
* Large Footprint: | * Large Footprint: Requires considerable installation space, making it less suitable for compact charging locations. | ||
* Temperature Derating: Output power | * Temperature Derating: Output power may slightly reduce when ambient temperatures exceed 55 °C (131 °F). | ||
* | * Complex Installation Requirements: Needs dedicated high-voltage infrastructure and professional installation, increasing setup time. | ||
* Limited | * Limited Portability: Heavy design (up to 950 kg) restricts relocation once installed. | ||
=== Where to buy === | === Where to buy === | ||
* [https://e-mobility.abb.com/en/products/heavy-duty/hvc360 Official Website] | * [https://e-mobility.abb.com/en/products/heavy-duty/hvc360 Official Website] | ||
Revision as of 06:39, 6 November 2025
ABB Inc. - Terra MCS1200 Charging Station
The ABB Inc. Terra HVC360 is a high-performance DC fast charger designed to meet the demanding needs of public transport fleets and heavy-duty electric vehicles. Built for reliability, it delivers consistent high power across multiple outlets, ensuring optimal uptime in intensive charging environments.
Engineered with advanced load-balancing and durable construction, the Terra HVC360 supports up to four outlets, allowing flexible power distribution up to 360 kW. Its stainless-steel enclosure, IP54 weather rating, and robust design make it ideal for both indoor and outdoor installations, setting a new benchmark in efficiency, safety, and scalability for fleet charging infrastructure.
Charging Speed
The ABB Inc. Terra HVC360 delivers up to 360 kW of DC power, enabling rapid charging for electric buses, trucks, and fleets—adding significant range in under 30 minutes.
Technical Specifications
| Charging Power | Configurable at 400 kW, 800 kW, or 1,200 kW (output modular and scalable) |
| Dynamic Power Sharing | 50 kW granularity between dual outlets |
| Output Voltage | 400 – 980 V DC |
| Peak Output Current | MCS: 1,500 A continuous (at 35 °C); CCS: 600 A |
| Power Conversion Efficiency | Up to 97% |
| AC Input (Nominal Voltage) | CE: 400 V |
| AC Input Current (RMS) | CE: 616 A |
| AC Power Rating | 419 kW |
| Frequency | CE: 50 Hz |
| Altitude Limit | Up to 2,000 m (6,562 ft) |
| Mounting Type | Mounting Type |
| Cabinet Dimensions (H × W × D) | Power Cabinet: 2165 × 810 × 790 mm (85.2 × 31.9 × 31.1 in) |
| Weight | 550 kg (1,212 lbs) |
| Cable Type | Liquid-cooled MCS / Optional CCS connector |
| Cable Length | Length: 2.4 m (7.9 ft); Reach: 1.5 m (4.9 ft) |
| Warranty | 5 Years (Standard) |
| Customer Reviews | N/A |
| Price | N/A |
Smart Features of Terra MCS1200
- Dynamic Power Sharing: Automatically distributes up to 360 kW between one to four outlets, optimizing power use and reducing charging downtime for multi-vehicle operations.
- Advanced Communication Protocols: Supports ISO 15118, OCPP 1.6 JSON, and OppCharge for seamless integration with fleet management systems and future-ready interoperability.
- Intelligent Thermal Management: Built-in temperature sensors and adaptive cooling ensure stable performance and extend equipment lifespan in high-demand conditions.
- Multiple Interface Options: Offers CCS1/2, Panto Down, and Panto Up configurations to accommodate various commercial EV applications and charging methods.
- LED Status Indicators: Equipped with four RGB LEDs (one per outlet) for real-time visual feedback on charging status and diagnostics.
- Remote Accessibility: Enables remote diagnostics, configuration, and software updates through Ethernet or 4G connectivity for streamlined maintenance and monitoring.
Product guides and documents
Advantages of Terra MCS1200
- High Power Output: Delivers up to 360 kW with intelligent power sharing, ideal for large-scale fleet depots and transit charging networks.
- Exceptional Durability: Built with AISI 430 stainless steel and rated C5-H corrosion protection, ensuring longevity in harsh environmental conditions.
- Energy Efficiency: Achieves up to 96% conversion efficiency, minimizing operational costs while maximizing performance.
- Flexible Installation: Configurable for one to four outlets and compatible with various mounting and connector types.
Disadvantages of Terra MCS1200
- High Initial Cost: Premium build quality and industrial-grade components increase the upfront investment for smaller operations.
- Large Footprint: Requires considerable installation space, making it less suitable for compact charging locations.
- Temperature Derating: Output power may slightly reduce when ambient temperatures exceed 55 °C (131 °F).
- Complex Installation Requirements: Needs dedicated high-voltage infrastructure and professional installation, increasing setup time.
- Limited Portability: Heavy design (up to 950 kg) restricts relocation once installed.