Daily CSR

Daqo Presents Next-Generation Grid Solutions at The smarter E Europe

2026-07-06T15:24:00+02:00

As Europe continues to expand renewable energy capacity, energy storage systems, and electrification initiatives, project developers are under increasing pressure to accelerate grid connections for new generation assets and high-demand electrical loads. At the same time, they must comply with more stringent expectations around environmental sustainability, system reliability, and project execution.

One of the key highlights presented by Daqo was its DQS Air Series SF6-free Ring Main Unit (RMU). Utilizing dry-air insulation combined with vacuum interruption technology, the DQS Air series offers an environmentally responsible alternative to traditional SF6-based medium-voltage equipment. Its compact, sealed construction is designed to minimize maintenance requirements while delivering dependable performance across urban power distribution networks, renewable energy interconnections, industrial installations, and grid modernization projects.

Daqo also unveiled its latest generation of SF6-free air-insulated RMUs developed specifically for secondary distribution applications. Featuring flexible configuration options, intelligent monitoring capabilities, and remote operation readiness, these solutions address the growing demand for sustainable, efficient, and easily manageable power distribution systems.

For renewable energy generation and battery storage applications, Daqo showcased its integrated containerized PV and BESS substation solutions. By factory-integrating step-up transformers, medium-voltage and low-voltage switchgear, monitoring systems, and auxiliary equipment into a single modular unit, the company enables developers and EPC contractors to reduce on-site complexity, streamline project coordination, and accelerate grid connection timelines.

To address the needs of energy-intensive industries such as data centers, Daqo introduced DQMpower 2.0, a modular power infrastructure platform combining low-voltage distribution, UPS functionality, power quality management, and advanced monitoring systems. This integrated approach enhances deployment speed, optimizes the use of electrical room space, and provides greater operational transparency. The company's solid-state transformer technology also attracted considerable attention as a future-ready solution supporting dynamic interaction among power grids, loads, energy storage systems, and DC networks.

"Our conversations with customers at The smarter E Europe reinforced a clear market trend: infrastructure projects increasingly require environmentally sustainable technologies, faster grid integration, and greater confidence in project delivery," said Kevin Lin, General Manager for Daqo's Europe Region. "To meet these expectations, Daqo is expanding its European coordination capabilities and strengthening its partner ecosystem to provide customers with integrated technical solutions, simplified interfaces, and enhanced delivery support."

Daqo's strategy in Europe focuses on combining large-scale manufacturing capabilities with strong local coordination and partner engagement. The company's manufacturing network comprises 32 production facilities with expertise spanning medium- and low-voltage equipment, transformers, automation technologies, and system integration.

This approach enables European customers to benefit from consolidated technical solutions, reduced supplier complexity, and improved project execution control. Moving forward, Daqo intends to deepen its collaboration with utilities, project developers, EPC firms, and industrial customers to support the development of cleaner, more reliable, and rapidly deployable energy infrastructure throughout Europe.

Daqo Showcases SF6-Free Power Solutions for Europe's Energy Transition

2026-07-01T12:39:00+02:00

As Europe rapidly expands renewable energy capacity, energy storage systems, and electrification initiatives, project developers are under increasing pressure to accelerate grid connections for new power generation assets and energy-intensive facilities while complying with more demanding standards for sustainability, reliability, and project execution.

One of the key technologies showcased by Daqo was the DQS Air Series SF6-free ring main unit (RMU). Utilizing dry-air insulation combined with vacuum interruption technology, the DQS Air system offers an environmentally responsible alternative to traditional SF6-based medium-voltage equipment. Its compact and fully sealed construction is designed to minimize maintenance requirements while ensuring dependable performance across urban power networks, renewable energy installations, industrial applications, and grid modernization projects.

Daqo also unveiled its newest SF6-free air-insulated RMU solution developed for secondary distribution networks. Engineered with flexible configuration options, intelligent monitoring capabilities, and remote operation readiness, the system is intended to help customers build more sustainable, efficient, and easier-to-manage power distribution infrastructure.

For renewable energy and battery storage applications, the company presented its containerized photovoltaic (PV) and battery energy storage system (BESS) substation solutions. These integrated systems combine step-up transformers, medium- and low-voltage switchgear, monitoring platforms, and auxiliary equipment within a factory-assembled unit. This approach enables developers and EPC contractors to reduce on-site complexity, streamline project coordination, and accelerate the timeline from installation to grid connection.

Addressing the requirements of power-intensive industries such as data centers, Daqo showcased DQMpower 2.0, a modular power platform that consolidates low-voltage distribution, UPS-related functionality, power quality management, and monitoring systems. The solution is designed to improve deployment speed, maximize the utilization of electrical room space, and provide greater operational transparency. The company's solid-state transformer technology also attracted attention as an advanced solution capable of supporting more flexible interaction between electrical grids, energy storage systems, loads, and DC power networks.

"Our discussions with customers at The smarter E Europe reinforced a clear industry priority: energy infrastructure projects require cleaner technologies, faster grid access, and more predictable project delivery," said Kevin Lin, General Manager for Daqo's European region. "Daqo continues to expand its European coordination capabilities and partner ecosystem to provide customers with integrated technical solutions, simplified project interfaces, and enhanced delivery support."

Daqo's strategy in Europe centers on combining large-scale manufacturing capabilities with localized coordination and partner collaboration. The company operates through a network of 32 manufacturing entities, providing expertise across medium- and low-voltage electrical equipment, transformers, automation technologies, and integrated power systems.

For European customers, this approach offers streamlined technical solutions, reduced supplier complexity, and improved control over project delivery. Moving forward, Daqo plans to deepen collaboration with utilities, developers, EPC contractors, and industrial clients to advance the deployment of cleaner, more reliable, and rapidly deployable power infrastructure throughout Europe.

Ampace Showcases AI-Ready Battery Solutions at Data Center World 2026

2026-04-22T12:03:00+02:00

Ampace, a leading provider of advanced lithium-ion battery solutions, is taking part in Data Center World 2026 at the Walter E. Washington Convention Center (Booth 206), where strong visitor interaction highlights the industry’s growing attention to how power systems must adapt for the AI-driven era.

At this year’s event, Ampace is demonstrating the expanding role of battery technologies in enabling large-scale AI infrastructure. Covering everything from cell innovation to full system integration, and across use cases such as commercial and industrial storage and UPS applications, the company is showcasing solutions aimed at handling increasing power instability, strengthening reliability, and supporting efficient scalability in data centers.

A key feature of the exhibit is the PU Series—Ampace’s AI-focused battery platform designed for the fast-changing demands of modern computing environments. With AI clusters pushing rack densities beyond 100 kW, creating rapid load spikes and frequent workload shifts, traditional backup systems are now expected to perform far beyond emergency scenarios. The PU Series is engineered to manage these rapid variations, ensure consistent output, and sustain uninterrupted operations under fluctuating AI workloads.

One of the highlights of Ampace’s participation is its TECH TALK session with Eaton on April 22 from 2:30 PM to 3:15 PM (Room 209ABC), titled “Powering Gigascale AI: How Advanced Batteries Stabilize Extreme Training Loads.”

The session features Aaron Schott, UPS Sales Manager at Ampace, and Jon Hymel, Product Manager at Eaton, both of whom work closely with hyperscale, colocation, enterprise, and mission-critical clients addressing the challenges of next-generation AI infrastructure.

Together, they will discuss how traditional UPS systems and modern lithium battery technologies are increasingly being integrated to meet the operational needs of AI data centers. The conversation will focus on the role of batteries in enabling real-time load management, enhancing system dependability, and preparing facilities for the shift from megawatt-scale operations to gigawatt-scale computing environments.

Their collaboration reflects a broader industry trend: scaling AI infrastructure requires not only greater power capacity but also smarter integration across UPS systems, energy storage, and facility operations. As data centers evolve, battery-driven reliability is becoming a central concern for technology providers, operators, and infrastructure partners alike.

Designed for intensive AI workloads, Ampace’s platform can respond quickly to power fluctuations during ramp-up and ramp-down cycles while maintaining stability during continuous partial-load use. Its semi-solid cell design improves safety by minimizing leakage risks and reducing the likelihood of thermal runaway gas formation. Additionally, cabinet-level validation under UL 9540A standards supports its suitability for mission-critical environments.

At Booth 206, attendees are exploring how next-generation battery systems can reduce the need for overbuilt infrastructure, ease strain on grid connections, and enhance operational continuity in facilities originally designed for steady, predictable loads. The enthusiastic response underscores a significant shift in perception: batteries are no longer just backup solutions but active elements in AI-driven power ecosystems.

Visitors are encouraged to stop by the booth to connect with the Ampace team, see the PU Series in action, and participate in detailed discussions on advancing resilient, scalable, and efficient AI infrastructure. Experts are available throughout the event for live demos, technical insights, and media interactions.