SNEC 2025 | TGOOD Group's "Digital Energy Full-Scenario Solution" Leads to a Zero-Carbon Future

On June 11, SNEC 18th (2025) International Photovoltaic Power Generation and Smart Energy Conference & Exhibition (“SNEC PV+ 2025”) kicked off at the National Exhibition and Convention Center (Shanghai). TGOOD Group attended the event with its “Digital Energy Full-Scenario Solutions” that is designed to directly address challenges in energy transformation, such as the high penetration rate of renewable energy, the deep integration of new energy generation and electric vehicles, and the dilemma of high energy consumption in urban spaces. These systematic solutions offer a comprehensive framework for building a safer, more efficient, and greener power system.

In the face of the reshaping of the industrial landscape driven by the global carbon neutrality goal and in alignment with its globalization development strategy of “One Body with Two Wings & Two-Wheel Drives”, TGOOD Group has developed a one-stop solution covering the power equipment’s “intelligent manufacturing + integration service”, charging eco-network and digital building by integrating its three core pillars: the world-leading outdoor prefabricated power equipment and integration service provider (TGOOD), the strongest and largest digital charging network ecological operator (TELD), and the super-advanced zero-carbon digital building + ultra-fast vertical parking service provider (TOUGHRIG). We are committed to building the safety foundation for new power systems and injecting strong momentum into the high-quality development of the industry through continuous technological innovation and excellent service.

Intelligent Manufacturing + Integration Service

Supporting the Transformation and Upgrading of Power Systems

Leveraging its leadership in technological innovation, R&D, and intelligent service, TGOOD continuously enhances the competitiveness of its “intelligent manufacturing + integration services” business centered around intelligent prefabricated power equipment, to lead the development of the industry. At SNEC PV+ 2025, TGOOD unveiled two groundbreaking innovations (the 66kV Renewable Energy Kiosk and the Blue GIS), along with its “intelligent manufacturing + integration service” solution. These offerings cover a wide range of application scenarios for new power systems that are primarily driven by renewable energy, prioritize value creation for customers, and support the transformation and upgrading of power systems through technological empowerment.

Debuting of New Products

66kV Smart Integrated Kiosk

The 66kV Smart Integrated Kiosk, making its domestic debut, leads the way in integrating and applying 72.5kV environment-friendly GIS, and achieves factory prefabrication and modular integration. Featuring full insulation, full sealing, maintenance-free operation, and high ingress protection (IP66), it successfully addresses challenges in complex environments such as high humidity, high salt fog, and high altitude. The substation has been highly recognized by the market.

Groundbreaking New Products

Blue GIS

TGP(E)-12 GIS and TGP(E)-40.5 GIS, replacing SF6 gas with a new environment-friendly insulating medium, are two new products with independent intellectual property rights and dual certification of national and international standards.

Signature Products

Prefabricated Substation

The new generation digital full-scenario prefabricated substation integration solution effectively improves the construction efficiency of new energy power stations by shortening the construction cycle of 110kV/220kV substations to 2-3 months, reduces the footprint by 1/3, and saves investment by 1/4.

Mobile Trailer Substation

The mobile trailer substation, featuring high flexibility, strong environmental adaptability, fast operation and compact design, is the best choice for emergency power supply scenarios.

HV GIS/HGIS

With a full modular design, the 110kV GIS has passed a full set of 40kA type tests by the KEMA Transmission and Distribution Test Center, an international authoritative testing organization in the Netherlands. The 220kV GIS features small size, light weight and high corrosion resistance, making it ideal for demanding outdoor conditions.

Renewable Energy Kiosk

The full range of 33kV Smart Integrated Kiosks, which are fast, compact, intelligent, saving and flexible, has passed the TÜV Rheinland Certification. The Hua-style Kiosk is designed for large-capacity scenarios with O&M requirements.

Multi-Functional Landscaped Prefabricated Distribution E-House

The Multi-Functional Landscaped Prefabricated Distribution E-House, deeply prefabricated in factories, offers a new choice and model for the construction, expansion or renovation scenarios of power distribution rooms in response to the global goal of carbon peaking and carbon neutrality.

The exhibition of these series products fully showcases TGOOD’s profound technological accumulation and innovation capabilities in the intelligent manufacturing of power equipment. The integrated service business centered around prefabricated substations provides customers with an EPCO business model of “one-stop full-chain value service”, from the design of the entire prefabricated substation, to equipment integration, system solutions, full-process installation debugging, engineering service, and to intelligent operation and maintenance, allowing customers to fully experience the value of “fast, compact, intelligent, saving and flexible” 

Solutions for Five Charging Network Scenarios

Building a New Foundation for Safe Urban Charging

In electric vehicle charging networks, TELD presented solutions for five charging network scenarios, including buses, public fast charging, parks, communities, and logistics. These solutions provide multi-scenario charging options for a wide range of urban vehicles, including buses, logistics trucks, private cars, and commercial vehicles.

MW-Level Intelligent EV Group charging system

Based on the charging network technology architecture, the Megawatt-Level Group Charging System has achieved significant advancements in power pool and charging speed through technologies such as integrated high and low voltage systems, power cascading, and modular power distribution. It intelligently allocates power based on vehicle demand and grid load, while also providing dual safety protections and smart O&M functions. The system enables a power pool sharing capacity of up to 4 megawatts, and supports the maximum output current of 1000A for passenger vehicles, 1600A for commercial vehicles, and 1200A for buses, with a charging efficiency nearly four times higher than traditional fast charging piles.

Microgrid Super Charging Station:PV/Power Storage/Charging/Discharging/Detection 

Through the integration of microgrid kiosks, charging and discharging terminals, integrated photovoltaic energy storage and charging canopies, microgrid controllers, and second-life battery storage systems, the technology efficiently aggregates resources such as electric vehicle charging and discharging, distributed photovoltaic generation, conventional energy storage, and second-life battery storage. It allows for the adjustable nature of electric vehicles to better match the disorderliness and volatility of new energy generation, improves the ability to absorb new energy power generation, and reduces marginal costs related to energy storage, thus being a key to building virtual power plants and achieving zero-carbon goals.

Super-Advanced Zero-Carbon Digital Building + Ultra-Fast Vertical Parking

Contributing to a Cleaner Urban Environment

At this exhibition, TOUGHRIG stood out with its pioneering super-advanced zero-carbon digital building solution, which provides an innovative paradigm for the sustainable development of cities worldwide. The solution, centered on “ultra-fast intelligent vertical parking”, deeply integrates advanced energy-saving and renewable energy technologies to promote zero-carbon operation in buildings. The ultra-fast vertical parking system, supported by IoT and AI technologies, achieves intelligent parking space management and rapid vehicle access, precisely addresses urban parking challenges, and improves traffic efficiency, setting a new benchmark for zero-carbon urban development.

Even more impressively, the super-advanced zero-carbon building of TOUGHRIG innovatively integrates power transformation, distribution, and consumption into a large virtual power plant, realizing a 100% substitution with green energy for energy-vehicle-grid interaction, building PV and second-life energy storage. The power generated not only meets the daily office needs of the building, but also supports the charging of new energy vehicles, and contributes to the clean energy transition. Through the vertical integration of digital platforms, TOUGHRIG sets a Chinese benchmark for future energy-saving and digitalized buildings.

At the exhibition, TOUGHRIG showcased its cutting-edge ultra-fast vertical parking system with a stunning glasses-free 3D display. Powered by artificial intelligence, supported by advanced machine vision algorithms, and driven by military-grade technologies, it delivered an immersive visual experience, and vividly demonstrated the seamless fusion of intelligent parking solutions and the zero-carbon development of future cities.

Developing new power systems based on new energy sources is the core path for China to achieve its “carbon peaking and carbon neutrality”, and it is also a major opportunity for the global energy transition. Leverages core capabilities in the manufacturing of cutting-edge power equipment, the deep integration with smart vehicle networks, and the reshaping of zero-carbon building spaces, TGOOD Group overcomes the bottlenecks in the industry with the “digital energy full-scenario solution”, creates a one-stop solution covering load and energy storage, laying a solid foundation for the safe and efficient operation of new power systems.

We look forward to working with global partners to accelerate innovation implementation, empower the high-quality development of the new energy industry, and contribute to a greener and more sustainable future.