Deploying 120kw 150kw 180kw CCS2 GBT CHAdeMO for EV Bus.

120kW 150kW 180kW CHAdeMO Fast Charger Station with OCPP 1.6J

1. Headline: MIDA Power Launches High-Performance 120kW-180kW CHAdeMO Series to Accelerate Public Fast Charging

As the adoption of Electric Vehicles (EVs) transitions from early adopters to the mass market, the demand for reliable, high-speed public charging has reached a fever pitch. MIDA Power (迈依达), a global leader in DC fast-charging technology, is proud to announce the commercial availability of its 120kW, 150kW, and 180kW CHAdeMO Fast Charger Stations. Equipped with full OCPP 1.6J integration and advanced power-sharing capabilities, these stations are designed for high-traffic environments where speed, reliability, and ease of management are non-negotiable. From highway service areas to busy urban shopping centers, MIDA is setting the standard for the next generation of EV infrastructure.

2. Market & Policy Context: The Critical Need for “Mid-Ultra” Fast Charging

While 350kW “Ultra-Fast” chargers capture the headlines, the reality of the EV market reveals that the majority of current and near-future EVs are optimized for charging at rates between 100kW and 200kW. High-power charging above these levels often hits the vehicle’s thermal limits quickly, resulting in a throttled charging curve. Consequently, the 120kW to 180kW range represents the most economically viable and technically efficient solution for public charging networks.

Global policies are increasingly favoring this mid-ultra segment. The European Green Deal and the U.S. National Electric Vehicle Infrastructure (NEVI) Formula Program emphasize the deployment of chargers that can provide a significant range boost (e.g., 100 miles in 15-20 minutes) while being manageable for local grid operators. MIDA Power’s new series aligns perfectly with these goals, offering a scalable solution that maximizes throughput without requiring the massive infrastructure overhaul necessitated by 350kW+ installations.

3. Product Technical Deep-Dive: The Architecture of Speed and Reliability

The MIDA 120kW-180kW series is a masterpiece of power electronics, designed to operate at peak performance under 24/7 duty cycles.

Intelligent Dynamic Power Sharing

One of the standout features of the 180kW model is its intelligent power-sharing logic. When two vehicles are connected simultaneously, the station dynamically allocates power based on each vehicle’s State of Charge (SoC) and maximum intake capacity. For instance, it can provide 90kW to two vehicles simultaneously or direct the full 180kW to a single vehicle capable of accepting it. This ensures that no kilowatt is wasted and the wait times for drivers are minimized.

High-Frequency Switching Power Modules

MIDA utilizes the latest generation of Silicon Carbide (SiC) MOSFETs in our 30kW power modules. This technology allows for higher switching frequencies, which leads to a more compact design, better thermal efficiency, and a significant reduction in acoustic noise compared to traditional IGBT-based systems. Our modules maintain a consistent 96% efficiency across the 30% to 100% load range.

Wide Voltage and Current Capability

With an output range of 200V to 1000V and a maximum current output of up to 400A (in the 180kW configuration with cooled cables), these stations are “future-proof.” They can efficiently charge legacy CHAdeMO vehicles and the latest high-voltage sport EVs and SUVs.

Superior Environmental Protection

The internal electronics are housed in a dual-chamber cabinet. The power electronics are in a sealed section to prevent ingress of moisture and pollutants, while the cooling air is directed through a separate channel. This design, combined with an IP54-rated enclosure and C5-M high-anti-corrosion painting, makes these units ideal for coastal or industrial deployments.

4. Standards & Certifications: The Foundation of Trust

Reliability in the public square starts with certification. MIDA Power ensures every component meets the highest global standards.

CHAdeMO Certified & OCPP 1.6J/2.0.1

These stations are fully CHAdeMO certified, ensuring seamless communication with vehicles from Nissan, Mitsubishi, and others. The implementation of OCPP 1.6J (with full JSON support) allows for seamless integration into all major global charging networks (e.g., Hubject, Gireve, and ChargePoint). This enables features like remote start/stop, real-time status updates, and complex billing structures.

Safety and Grid Compliance

Our stations are CE and TUV marked, having passed exhaustive tests for electromagnetic compatibility (EMC), electrical safety, and grid harmonics. Built-in protection includes over-voltage, under-voltage, short-circuit, over-temperature, and surge protection (Type II SPD).

ISO 15118 & Cybersecurity

To prevent the “hacking” of charging infrastructure, MIDA employs hardware-based secure elements and encrypted communication channels, meeting the latest cybersecurity requirements for public infrastructure in both the EU and the US.

5. Application Scenarios & Deployment: Maximizing Revenue and Utility

Highway Service Stations

On long journeys, drivers need a reliable 20-minute stop. A 150kW or 180kW MIDA station provides exactly the recharge needed for a coffee break, ensuring high turnover and maximizing revenue for the site host.

Urban Retail Hubs

Supermarkets and shopping malls are ideal locations for 120kW units. Shoppers typically spend 30-45 minutes on-site, which is precisely the time required for a MIDA station to take a vehicle from 20% to 80% SoC.

Public Transport & Taxi Ranks

For electric taxi fleets, the ability to “splash and go” is essential. The 180kW MIDA unit, with its dual-connector capability, allows two taxis to recharge simultaneously during their break, maintaining fleet uptime.

6. Case Study: The “Sun & Charge” Project in California

In early 2026, a California-based charging network operator sought to deploy twenty 150kW stations across major shopping corridors. The challenge was to integrate these with existing on-site solar arrays. MIDA Power provided a customized solution where the station controllers communicated directly with the site’s Energy Management System (EMS).

When solar production peaked, the MIDA stations would automatically prioritize “green” energy for charging, offering a discount to drivers. The project saw a 30% reduction in grid-related energy costs and a significant increase in user loyalty due to the transparent “green charging” incentives enabled by MIDA’s smart controller.

7. Expert Commentary: Insights from MIDA Technical Leadership

“The transition to 180kW is a game-changer for public infrastructure,” says Mr. Li Feng, Lead Engineer for DC Systems at MIDA Power. “It’s not just about the raw speed; it’s about the intelligence of the delivery. Our goal was to create a station that could ‘talk’ to the grid and the vehicle with such precision that we eliminate the ‘handshake’ delays common in older chargers. Every second counts when a customer is waiting in the rain.”

8. Future Outlook & Scalability: A Platform for Growth

The MIDA 120kW-180kW series is designed as a platform, not just a product. The internal layout allows for future integration of internal battery storage, which can help buffer the grid and reduce demand charges. Additionally, the software is modular, allowing for over-the-air (OTA) updates to support future communication standards or new vehicle-side charging protocols without requiring a technician on-site.

9. Call to Action: Build Your Network with MIDA Power

Is your business ready to capitalize on the EV revolution? MIDA Power provides the hardware, software, and technical expertise to help you build a profitable, reliable charging network. Our 120kW, 150kW, and 180kW CHAdeMO stations are ready for immediate global shipping.

Contact MIDA Sales: sales@midapower.com Request a Quote: www.midapower.com/quote Download Datasheets: www.midapower.com/products/publicfast

Empower your community. Drive the future with MIDA Power.

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10. Engineering for Durability: The Silicon Carbide (SiC) Advantage

In the 120kW-180kW power class, thermal efficiency is the difference between a profitable station and a maintenance-heavy liability. MIDA Power’s shift to Silicon Carbide (SiC) MOSFETs in our power conversion modules represents a generational leap. Traditional Silicon IGBTs generate significant switching losses, which manifest as heat. SiC, with its wider bandgap, allows for higher operating temperatures and much lower resistance. This reduces the cooling requirement by 30%, allowing us to use quieter fans and a more compact heat sink. For a public charging station located near a quiet residential area or a luxury retail center, this acoustic benefit is a major competitive advantage, ensuring the station remains a “good neighbor” while delivering ultra-fast power.

11. Software-Defined Charging: The Power of OCPP 2.0.1

While OCPP 1.6J is the current industry standard, MIDA Power builds for the future. Our 180kW stations are natively compatible with OCPP 2.0.1, the next evolution in charging management. This protocol allows for much more granular control over the charging session, including the ability to send complex pricing models directly to the vehicle’s dashboard. It also provides enhanced cybersecurity features, such as certificate-based authentication, which protects the station from “Man-in-the-Middle” attacks. For network operators, this means a MIDA station is a “Smart Asset” that can adapt to new business models—such as dynamic pricing based on wind or solar availability—without a hardware upgrade.

12. User Experience: The Human-Centric Design of the 180kW Series

A public charger must be intuitive for everyone, from a first-time EV owner to a seasoned pro. MIDA Power has invested heavily in the UI/UX of our 180kW pedestals. The stations feature a 10-inch, anti-glare capacitive touchscreen that remains responsive even in rain or when the user is wearing gloves. The interface is available in 15 languages and features high-contrast modes for users with visual impairments. We’ve also integrated “Voice-Guided Charging,” which walks the user through the process, and a multi-color LED halo that indicates the station’s status (available, charging, or fault) from 100 feet away. These small details ensure that drivers have a positive experience, increasing the likelihood they will return to your charging location.

13. Grid Stability and Active Harmonic Filtering

Deploying several 150kW chargers at a single location can introduce significant electrical noise into the local grid. MIDA Power’s internal controllers feature active harmonic filtering that keeps Total Harmonic Distortion (THD) below 5% at full load. This prevents the “flicker” and overheating of nearby transformers that can occur with lower-quality chargers. Additionally, our stations support “Voltage-Watt Control,” where the charger can automatically reduce its power draw if it detects the local grid voltage is sagging. This “self-policing” behavior makes it much easier for site hosts to get utility approval for large-scale deployments, as the chargers act as stabilizing assets rather than disruptive loads.

14. Maintenance and Reliability: The “Zero-Downtime” Philosophy

For a public network, downtime is lost revenue. MIDA’s 120kW-180kW series is designed with a “N+1″ redundancy philosophy. The 180kW station, for example, is powered by six 30kW modules. If one module fails, the station doesn’t shut down; it simply notifies the operator and continues to operate at 150kW. This ensures that a driver is never left stranded. Our “Hot-Swap” design allows a technician to replace a failed module in under 10 minutes without shutting down the entire station. Combined with our cloud-based remote diagnostics that can resolve 80% of software issues without a site visit, MIDA Power delivers the highest availability rates in the industry.

15. The MIDA Power Manufacturing Process: Excellence in Power Electronics

The reliability of a 180kW station is forged in the factory. At MIDA Power, we have invested over $50 million in advanced manufacturing equipment, including robotic assembly lines that ensure every connection is perfectly torqued and every cable is precisely routed. Our “Clean-Room” manufacturing environment for power modules prevents the microscopic contamination that can cause long-term failure in high-voltage electronics. Each 30kW module is subjected to a rigorous testing battery, including vibration testing and thermal cycling from -40°C to +85°C. By the time a MIDA charger leaves our facility, it has been proven to withstand the harshest real-world conditions, providing our public network partners with the confidence they need to scale their infrastructure.

16. Global Support and the MIDA Technical Training Academy

Deploying a global charging network requires a global support strategy. MIDA Power doesn’t just sell hardware; we empower local partners. Through the “MIDA Technical Training Academy,” we have certified over 1,000 technicians worldwide in the installation, commissioning, and maintenance of our 120kW-180kW series. This ensures that no matter where a MIDA station is installed—from a remote town in Scandinavia to a busy metropolis in Southeast Asia—there is an expert nearby who understands the hardware. Our “Cloud-Connect” diagnostic system allows our central engineering team in China to assist local technicians in real-time, providing remote firmware patches and deep-packet analysis of communication logs to resolve even the most complex interoperability issues.

17. Decarbonization and the True Cost of Energy

A 180kW MIDA station is a powerful tool for decarbonization. By achieving 96% efficiency, we ensure that the maximum amount of energy reaches the vehicle’s battery. Over a year of high-traffic operation, this 1-2% efficiency advantage over competitors can save a network operator enough energy to power an additional five EVs for an entire year. Furthermore, MIDA Power is a pioneer in “Energy-Aware Charging.” Our software can integrate with regional carbon intensity forecasts, allowing network operators to offer lower prices during times when the grid is powered by high percentages of renewable energy. This not only reduces the operator’s energy costs but also allows drivers to further reduce their carbon footprint, creating a win-win for the business and the environment.

18. Component Deep-Dive: The Building Blocks of Reliability

The longevity of a MIDA charger is built on a foundation of premium components. We use industrial-grade contactors rated for over 100,000 cycles and high-precision current sensors that maintain 0.5% accuracy across the entire charging range. Our internal wiring uses halogen-free, flame-retardant cables that meet the strictest safety standards for public buildings. The control system is built on a quad-core ARM processor, providing the computing power needed for complex encryption and real-time power-sharing algorithms. Even the small components, like the internal terminal blocks and DIN rails, are sourced from top-tier global manufacturers to prevent the small failures that can lead to large downtime events.

19. The Expert Interview: Designing for the Public Square with Mr. Li Feng

Mr. Li Feng, Lead Engineer for DC Systems at MIDA Power, shares his vision for the future of public charging. “The public square is the most challenging environment for a charger,” Mr. Li says. “It’s not just about the electricity; it’s about the people. We’ve designed the 180kW series to be approachable and easy to use. But under the hood, it’s an incredibly sophisticated energy node. We are now working on integrating AI that can predict a driver’s behavior—knowing that a user at a grocery store typically wants a 30-minute charge, while someone at a highway stop wants a 15-minute burst. By tailoring the power delivery to the location, we can maximize both the driver’s satisfaction and the grid’s stability. Our goal is to make charging so seamless it becomes invisible.”

20. The Future of V2G and Bi-directional Energy Flow in the Public Square

The public charging station of 2030 will be much more than a place to plug in. MIDA Power’s 120kW-180kW series is designed to be a bi-directional energy hub. Through V2X (Vehicle-to-Everything) technology, a car parked at a shopping mall can act as a backup battery for the building during a power outage, or provide peak-shaving services to the local utility. MIDA’s advanced bi-directional power modules allow for the seamless flow of energy in both directions, managed by a sophisticated blockchain-based energy trading platform. For the network operator, this adds a new layer of profitability, as they can participate in the energy markets while providing a premium charging service to their customers. The future of charging is not just about taking energy; it’s about sharing it.

21. Global Case Studies: Scaling Success Across Continents

MIDA Power’s 180kW stations are anchoring public networks in some of the most challenging environments. In the Middle East, we provided infrastructure for a high-end retail development in Dubai, where the ambient temperatures regularly exceed 45°C. Our liquid-cooled cabinet options and high-efficiency SiC modules ensured that the stations delivered full power without interruption. In the bustling streets of Seoul, South Korea, we deployed a network of 120kW chargers in underground parking facilities, where space is at a premium and fire safety is the highest priority. In every case, MIDA’s commitment to engineering excellence and local compliance has made the deployment a success, proving that our hardware is a universal solution for the global EV market.

22. Technical Standards Comparison: Navigating the Global Landscape

As a global manufacturer, MIDA Power understands the complexity of the standards landscape. Our 120kW-180kW series is a “Multi-Protocol Masterpiece,” supporting CHAdeMO, CCS1, CCS2, and NACS. We provide a detailed comparison for our partners, showing how the robust CAN communication of CHAdeMO integrates with the PLC-based systems of CCS. By providing a station that can “Speak Every Language,” MIDA reduces the risk for network operators, ensuring that their investment is protected regardless of which standard wins the dominant share in their region. Our goal is to provide a unified hardware platform that can be customized with software to meet the needs of any market, anywhere.

23. Operation and Maintenance (O&M) Protocols for High-Traffic Hubs

For a public hub, maintenance is about maximizing throughput and minimizing frustration. MIDA Power recommends a “Predictive Maintenance” approach, utilizing our cloud-based AI to monitor the health of every component. Our O&M guide includes quarterly inspections of the charging cables and connectors, which are the most frequent points of wear in a public environment. We also recommend an annual deep-clean of the cooling system to ensure that the SiC modules remain at their peak efficiency. By following MIDA’s standardized O&M protocols, network operators can maintain a 99.8% uptime rate, ensuring that their customers always have a positive experience and their business remains profitable for the long term.

24. Conclusion: The MIDA Power Vision for a Sustainable Public Square

The MIDA Power vision for 2030 is a world where charging is as ubiquitous and easy as breathing. Our 120kW, 150kW, and 180kW stations are the building blocks of this future, providing the speed, reliability, and intelligence needed to support a fully electrified society. But our work is not just about the hardware; it’s about the impact. Every MIDA station installed is a step toward a world with cleaner air, quieter streets, and a more resilient energy grid. By choosing MIDA Power, you are choosing a partner who is as committed to the environment as you are to your business. Together, we are driving the future of sustainable mobility, one charge at a time.

25. Advanced Power Quality Analysis: Maintaining a Clean Grid in Public Spaces

In public charging environments, such as shopping malls or university campuses, the electrical grid is shared with many other sensitive users. MIDA Power’s 120kW-180kW stations are engineered to be “Invisible” to the rest of the building’s electrical system. We use advanced multi-level power conversion topologies that significantly reduce the common-mode noise and high-frequency emissions that can interfere with Wi-Fi networks or medical equipment. Our stations also include integrated “Flicker Mitigation” software that prevents the rapid changes in power draw from causing visible dimming of the building’s lighting. This focus on “Electrical Etiquette” makes MIDA the preferred choice for property managers who want to offer high-speed charging without compromising the comfort or safety of their other tenants.

26. The Role of AI and Machine Learning in Public Charging Networks

MIDA Power is transforming the public charging experience through the use of Artificial Intelligence. Our 180kW stations utilize “Predictive Occupancy” models that analyze historical charging patterns to provide drivers with highly accurate wait-time estimates via their mobile apps. Inside the charger, AI-driven “Thermal Forecasting” models predict when the SiC modules will reach their thermal limits based on the ambient weather forecast and the current vehicle load. This allows the station to proactively adjust its cooling fans and power-sharing algorithms to maintain the fastest possible charging speed without ever hitting a hard thermal shutdown. For the network operator, this translates into higher throughput, better equipment longevity, and a significantly improved driver experience.

27. Detailed Infrastructure Planning Guide for Public Networks

Building a profitable public charging network requires more than just good hardware; it requires a strategic site plan. MIDA Power offers its network partners a comprehensive “Public Network Planning Guide” that covers everything from site selection and utility negotiation to user safety and branding. We emphasize the importance of “Future-Proofing” the site by installing conduits that can support an upgrade from 120kW to 180kW or even 360kW in the future. Our guide also includes best practices for lighting, signage, and the integration of credit card payment systems to ensure that the charging location is as welcoming and easy to use as a traditional gas station. By following MIDA’s expert guidance, operators can build a network that is both highly functional and highly profitable.

28. Global Supply Chain Resilience and Component Sourcing for Public Networks

Reliability in the public square depends on a robust and reliable supply chain. MIDA Power’s “Vertical Integration” strategy means that we design and manufacture almost all of the critical components of our 120kW-180kW stations in-house. This includes the power modules, the main controllers, and even the cabinet enclosures. For components that we must source externally, such as power semiconductors and high-voltage cables, we maintain a “Dual-Region” sourcing policy, ensuring that we are never dependent on a single supplier or a single global region. This resilience allows us to maintain consistent lead times and provide a long-term guarantee of spare parts availability, ensuring that your public charging network remains operational for its entire 15-year intended lifespan.

29. Future Standards: Navigating the Evolution of Public Charging

The public charging landscape is constantly shifting, but MIDA Power ensures that your investment is always protected. Our 180kW stations are designed with a “Software-Defined Architecture” that allows them to be updated to support future communication standards like ISO 15118-20 or new vehicle-side protocols without requiring a site visit. We are also active participants in the global standards committees for CHAdeMO, CCS, and NACS, ensuring that our hardware is always at the forefront of the industry’s evolution. Whether the future brings even higher power levels, new types of energy roaming, or advanced V2G services, MIDA Power provides the foundation you need to adapt and thrive in the rapidly changing world of electric mobility.

30. Technical Appendix I: AC Input Specifications and Grid Interface for Public Hubs

The MIDA 120kW-180kW series is designed to be a “Good Citizen” on the public grid. It supports a 3-phase, 4-wire input with a nominal voltage of 400V or 480V AC. The input stage features an active front-end (AFE) with a power factor of >0.99 and a THD of <3% at full load. This ensures that the station does not pollute the local grid with harmonic noise. We also include a robust EMI filter that meets Class B requirements for residential and commercial areas, preventing interference with other electronic devices. The input protection includes a high-capacity circuit breaker and a Type II Surge Protection Device (SPD) rated for 40kA, providing a secure and stable interface for public infrastructure.

31. Technical Appendix II: DC Output Characteristics and Ultra-Fast Precision

The DC output stage of the 120kW-180kW series is optimized for high-speed throughput. The output voltage range is 200V to 1000V DC, allowing it to charge both 400V and 800V vehicle architectures at their maximum possible rate. The current output is precision-controlled with a resolution of 1A and an accuracy of 0.5%. We maintain a current ripple of less than 1.5% RMS, which is critical for protecting the delicate electronics of high-performance EVs. The station also features an “Instant-Off” safety circuit that discharges the DC energy from the cable in less than 150ms after the session ends, ensuring a safe and seamless experience for every public user.

32. Technical Appendix III: Comprehensive Safety and Protection Layers

In a public environment, safety is the highest priority. MIDA stations include a comprehensive suite of 14 independent protection mechanisms. These include Over-Voltage Protection (OVP), Under-Voltage Protection (UVP), Over-Current Protection (OCP), and Short-Circuit Protection (SCP). We also monitor for ground faults on both the AC and DC sides of the system, with a sensitivity that exceeds international standards. Our Over-Temperature Protection (OTP) uses a multi-zone monitoring system to ensure that no part of the cabinet exceeds safe limits. All safety systems are designed with “Fail-Safe” logic, meaning the station will immediately disconnect and enter a safe state if any anomaly is detected.

33. Technical Appendix IV: Connectivity and Public Network Communication

MIDA chargers are the smartest nodes in the public charging network. They feature dual Gigabit Ethernet ports and a high-speed 4G/LTE modem for constant connectivity. We support the full range of OCPP 1.6J and 2.0.1 messages, enabling features like remote firmware updates, real-time status monitoring, and complex dynamic pricing. For vehicle communication, we utilize a GreenPHY PLC modem for CCS and a high-speed CAN-bus interface for CHAdeMO. The station also includes a dedicated port for local load management, allowing multiple units to share a single grid connection without ever exceeding its capacity. All data is protected by industrial-grade VPNs and TLS 1.3 encryption.

34. Technical Appendix V: Environmental Endurance and Public Space Durability

Public chargers must withstand everything nature and humans can throw at them. MIDA stations are tested for operation in temperatures from -30°C to +55°C and are rated for altitudes up to 2,500 meters. The enclosure is IP54 or IP55 rated, protecting against dust and heavy rain. To prevent vandalism and physical damage, the cabinet is IK10 rated and features anti-graffiti powder coating. We also perform intensive UV-stability testing to ensure that the screen and the enclosure colors do not fade after years of exposure to the sun. MIDA chargers are built to remain a clean, functional, and attractive part of the public landscape for their entire lifecycle.

35. Technical Appendix VI: Mechanical Design and Retail Integration

The mechanical design of the 120kW-180kW series is focused on a small footprint and high visibility. The sleek, vertical cabinet (typically 900mm x 700mm x 2100mm) is designed to fit perfectly into standard parking stalls without obstructing pedestrian traffic. The internal layout is modular, with the SiC power modules housed in an easy-access rack for rapid servicing. The weight is distributed for maximum stability, and the station is designed for either floor-mounting or pedestal-mounting. The aesthetics are modern and professional, with a large area for custom branding and integrated LED lighting that makes the station easy to find and use at night, enhancing the retail experience for every EV driver.

36. Technical Appendix VII: Human-Machine Interface (HMI) and Payment Systems

The HMI of the MIDA 180kW series is designed for ease of use by everyone. It features a 10-inch, high-brightness capacitive touchscreen with an anti-glare coating and multi-touch support. The interface is available in over 15 languages and includes high-contrast modes and voice-guided charging for accessibility. For payment, we offer the most flexible system in the industry, including RFID/NFC readers, QR codes, and a fully integrated PCI-compliant credit card terminal that supports Apple Pay, Google Pay, and all major cards. We also include a large, illuminated emergency stop button that is easy to reach, ensuring that every user feels safe and in control throughout their charging session.

37. Technical Appendix VIII: Cable and Connector Specifications for Public Hubs

The charging cable is the most critical user interface in a public hub. MIDA uses high-performance, lightweight cables that are 5.5 meters long as standard (with options for 7.5 meters). The connectors are made of impact-resistant thermoplastic and feature silver-plated contacts for maximum conductivity. Our integrated “Cable Management System” uses a spring-loaded retractor that keeps the cable off the ground, preventing wear and keeping the charging area clean and safe. The cables are rated for over 10,000 mating cycles and are designed to remain flexible and easy to handle even in extreme cold, ensuring that every driver can easily connect their vehicle and start their charge.

38. Technical Appendix IX: Certification and Global Compliance Registry

MIDA Power is committed to the highest standards of global compliance. Our 120kW-180kW series is certified to CE (LVD/EMC), CHAdeMO 2.0, and OCPP 1.6J/2.0.1. We meet all requirements of the IEC 61851 series and the latest cybersecurity standards for public infrastructure. For the North American market, we provide ETL-listed versions that meet UL 2202 and UL 2231. We also comply with the European AFIR requirements and the US NEVI standards, ensuring that our partners can access government funding for their charging projects. When you choose MIDA, you are choosing a partner who provides the most compliant, safe, and future-proof infrastructure available in the world today.

39. Technical Appendix X: Warranty and Network Lifecycle Management

MIDA Power provides a 3-year standard warranty on the 120kW-180kW series, with options to extend up to 10 years. We maintain a Mean Time Between Failure (MTBF) of 60,000 hours and a Mean Time To Repair (MTTR) of less than 20 minutes for our hot-swappable SiC modules. Our lifecycle management program includes 24/7 remote monitoring, proactive software updates, and a guaranteed 15-year availability for all spare parts. Our goal is to ensure that your public charging network remains a reliable and profitable asset, providing a premium service to your customers and a long-term return on your investment. MIDA is your partner in the long-term success of the electric mobility revolution.

40. Final Summary: The MIDA Power Vision for a Public Future

In conclusion, MIDA Power’s 120kW, 150kW, and 180kW CHAdeMO stations are the ultimate solution for public charging networks. By combining high-performance SiC technology with intelligent software, a robust and attractive mechanical design, and a global network of support and compliance, we provide a platform that is built for the long haul. A platform that combines uncompromising reliability with the flexibility to grow alongside your city’s transit network, year after year.

Why Public Networks Choose MIDA

The economics of public bus charging are unforgiving: every minute a bus sits idle at a charger is a minute of lost revenue, and every unscheduled outage ripples through an entire route network. MIDA’s 120kW-180kW series is designed around those realities.

• Throughput that matches the timetable: A 180kW station can add over 100km of range in a 15-minute layover, while 120kW stations handle overnight depot charging with ample margin. The optional dual-gun configuration charges two buses simultaneously from a single cabinet.
• Smart load management: Our stations coordinate with MIDA Cloud or any OCPP backend to balance power across the depot, avoiding demand penalties and letting you oversubscribe your grid connection safely.
• Interoperable everywhere: Native CHAdeMO, CCS2, and GB-T support means the same station serves Japanese, European, and Chinese bus platforms — a decisive advantage for mixed fleets and multi-vendor cities.
• Depot-friendly operation: Standby consumption below 80W, noise levels engineered for night charging, and vandal-resistant IK10 enclosures keep public sites clean, quiet, and secure.

Key Takeaways

• Proven transit performance: The 120kW, 150kW, and 180kW CHAdeMO/CCS2/GBT stations deliver the sustained output that electric buses demand — including support for overnight depot charging and midday opportunity charging at busy terminals.
• High-efficiency SiC architecture: MIDA’s high-density power modules deliver up to 95.5% conversion efficiency, reducing energy losses, cooling loads, and operating costs across your entire network.
• Interoperability by design: Native support for CHAdeMO, CCS2, and GB-T protocols, combined with OCPP 1.6J/2.0.1 compliance, ensures your stations work with every bus fleet and every network management platform.
• Purpose-built durability: IP55-rated cabinets, vandal-resistant IK10 enclosures, and connectors rated for over 10,000 mating cycles keep public-facing stations running through the toughest urban environments.
• Total lifecycle support: 3-year standard warranty extendable to 10 years, 60,000-hour MTBF, sub-20-minute MTTR on hot-swappable modules, and a guaranteed 15-year spare parts availability.

The MIDA Power Vision for a Public Future

Electrifying public transit is not just an environmental imperative — it is an economic opportunity. Cities that move first will attract investment, reduce noise and air pollution, and deliver a higher quality of life for their citizens. MIDA Power is committed to being the technology partner that makes that transition smooth, reliable, and profitable.

We are not simply selling charging stations; we are building the energy backbone of tomorrow’s cities. From a single 120kW bus stop to a citywide network of 180kW rapid-charging hubs, MIDA provides the hardware, the software, and the expertise to make your public charging vision a reality. Our project teams work alongside transit authorities, utilities, and CPOs to handle grid studies, permitting documentation, and commissioning — removing the friction that slows down so many electrification programs.

Call to Action

Ready to electrify your bus fleet or public charging network? Contact MIDA Power today to request a tailored technical proposal, a site assessment, and a full return-on-investment model for your city. Our team of EV charging specialists will guide you from initial planning to commissioning — and support you for decades to come.

MIDA Power: Precision Engineering for a Sustainable World.

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