Breakeven Date Change • May 21
Forecast to breakeven in 2028 The analyst covering XCHG expects the company to break even for the first time. New forecast suggests the company will make a profit of US$4.00m in 2028. Average annual earnings growth of 102% is required to achieve expected profit on schedule. 공시 • Jan 30
XCHG Limited has filed a Follow-on Equity Offering in the amount of $12.8 million. XCHG Limited has filed a Follow-on Equity Offering in the amount of $12.8 million.
Security Name: American Depositary Shares
Security Type: Depositary Receipt (Common Stock)
Transaction Features: At the Market Offering 공시 • Sep 02
XCharge Launches GridLink Across Europe, Powered by Proprietary Battery Technology for Enhanced Safety XCharge North America and XCharge Europe (“XCharge EU”), subsidiaries of high-power EV charging and battery-integrated solution provider XCHG Limited have introduced the latest charging system, GridLink, to the European market at the Intercharge Network Conference (ICNC) in Berlin, Germany. Following a successful launch and real-world deployments in North America, the system has now been fully adapted to meet EU standards, featuring a liquid-cooled thermal management system and advanced fire suppression technology. At the core of GridLink is XCharge’s proprietary 215 kWh lithium iron phosphate (LFP) battery, delivering up to 194 kW of DC charging power while requiring only 44 kW of AC input from the grid—making it ideal for locations with limited grid capacity or where infrastructure upgrades are not economically viable. The battery unit is scalable to 430 kWh and allows the charger to operate independently of the grid during blackouts. A 55-inch integrated screen provides an attractive interface for users and can be used to display dynamic advertisements. Beyond ultra-fast charging and energy storage, GridLink also supports seamless photovoltaic (PV) integration. These integrated features directly tackle industry pain points, such as limited grid capacity, rising solar energy adoption, and the demand for grid-independent operation—while also addressing safety concerns typically associated with high-power charging and energy storage systems. Raising the Bar on EV Charging Safety: GridLink sets a new safety benchmark, combining cutting-edge thermal management with advanced fire suppression systems. Its liquid cooling system provides 2.38 times more heat dissipation surface than standard designs, maintaining a stable 37 °C even under high load or in extreme environments. Each battery pack is equipped with four sensors for early hazard detection, an automated ventilation system that actively disperses flammable gases before they reach critical levels. Uniquely, GridLink integrates the world’s first built-in “fire suppression fluid tank” for pack-level fire suppression, minimizing damage and enabling quick, cost-effective battery pack replacement. Additionally, the system is engineered for easy maintenance, requiring just two technicians for routine servicing. The charger also supports modern communication standards including OCPP 1.6J and 2.0.1 and connects via GSM, LTE or LAN. New Revenue Potential for Solar Site Operators: GridLink channels solar energy directly into DC fast charging, offering a practical way to utilize on-site generation. This method is particularly relevant at locations where feeding electricity back into the grid provides limited financial return. By linking solar sites directly to charging infrastructure, GridLink enables these assets to generate tangible operational and economic benefits. 공시 • Aug 21
Xcharge North America, of Xchg Limited Launches $10 Million Platform to Tokenize Energy Assets XCharge North America, of XCHG Limited announced its Energy Asset Vault, a blockchain platform designed to transform large-scale energy projects into digital assets with live, verifiable performance data. Through the Energy Asset Vault, utility-scale solar farms, grid-scale battery storage, and EV charging networks like those facilitated by XCharge--which make up a considerable segment of the renewable energy market that is valued at more than $1 trillion annually--will be represented as secure, on-chain real-world asset (RWAs) tokens. These energy assets typically generate predictable revenue from electricity sales, grid services, and charging fees, making them natural candidates for tokenization through digital ownership or economic rights structures. Each project's key performance metrics--such as output, uptime, and revenue-- are tracked through real-time digital monitoring. The Vault launches with an initial $10 million allocation from XCharge's own treasury and planned capital market activities, with a roadmap to scale through partnerships with liquidity providers, blockchain networks, and secondary market integrations. Platform Highlights: Real Assets, Digitally Represented: Solar farms and EV charging superhubs are brought on-chain as transparent, investment assets; Verified, Real-Time Data: Each project's key performance metrics are tracked with digital monitoring and third-party validation; Global Accessibility: Smaller, stablecoin-based ownership stakes lower barriers for global participants; Scalable Model: Designed for significant expansion beyond launch. Following the launch of the Energy Asset Vault, XCharge will begin active pilot projects with select partners to tokenize live energy assets, stream real-time performance data to the blockchain, and enable on-chain participation for eligible stakeholders. These pilots will validate the technology, demonstrate transparent reporting, and pave the way for larger-scale rollouts. 공시 • Apr 23
XCHG Limited Showcases Revolutionary Battery-Integrated Charging Solution at Electric Vehicle Innovation Summit 2025 XCHG Limited showcased its Net Zero Series (NZS) in partnership with Powertech Mobility at the Electric Vehicle Innovation Summit (EVIS) 2025, taking place from April 21 to 23 at the Abu Dhabi National Exhibition Centre (ADNEC). The Net Zero Series is being featured at Powertech Mobility's booth Stand 716, Hall 3, where attendees can view a dedicated video display highlighting NZS's cutting-edge features, including its Smart Energy Management System and advanced energy optimization capabilities. Visitors can also scan an on-site QR code for more detailed product information. The NZS represents a first-of-its-kind battery-integrated DC fast charger. Equipped with a 233kWh lithium-ion battery pack (expandable to 466kWh), the NZS delivers up to 210kW output power - regardless of site power constraints - ensuring seamless, high-speed EV charging across a variety of locations. The integrated energy storage system allows operators to store electricity during off-peak hours and discharge it when grid demand and energy prices peak. This supports grid stabilization, reduces electricity costs, and enhances operator revenue through peak-shaving capabilities. With its intelligent energy management system, the NZS supports multiple operational modes to accommodate diverse site needs. Smart B2G/B2X and Solar Integration for a Greener Future: The NZS also enables bidirectional energy flow (B2G/B2X), allowing it to supply power back to the grid or power buildings and appliances. For instance, the system can charge overnight and help support a building's energy needs during peak daytime hours. Additionally, the system can be upgraded with photovoltaic (PV) integration, making it particularly well-suited to regions rich in solar energy. This enhances sustainability by enabling renewable energy to directly support charging operations. As the MENA region continues to accelerate the development of EV infrastructure, the NZS offers a revolutionary, future-ready charging solution that combines high power, energy storage, and flexible deployment. Requiring only 30 to 60kW of input power, it avoids the need for major infrastructure upgrades and enables quick and simple installation. This makes the NZS especially well-suited for municipalities, energy providers, and charge point operators (CPOs) across the region seeking to rapidly expand access to high-power EV charging and lay a robust foundation for a smooth and scalable transition to electric mobility. 