Hoymiles and TÜV SÜD Jointly Launch 2026 Residential Energy Storage White Paper, Exploring the Next Era of Safe and Intelligent Home Energy Systems

27.05.2026

HANGZHOU, China, May 27, 2026 /PRNewswire/ -- Hoymiles has jointly released the 2026 Global Residential Energy Storage Industry Whitepaper with TÜV SÜD, offering a comprehensive analysis of the rapidly evolving residential energy storage market and the technologies shaping next-generation home energy systems. Developed jointly by Hoymiles and TÜV SÜD, the report titled Rooted in Safety, Empowered by Simplicity combines market analysis, certification insights, and technology outlooks to provide strategic reference for manufacturers, installers, distributors, and energy professionals worldwide.

Hoymiles Power Electronics Inc.

Exploring the Next Phase of the Global Home Energy Transition

According to the report, following a major inventory destocking cycle through 2023–2024, the global residential storage market returned to a strong growth trajectory in 2025, with the global shipments reaching 35GWh. Looking ahead, the global end user market for residential battery systems is projected to reach USD19.3-22.7 billion by 2030.

As the market evolves, the report notes that homeowners and installers are no longer focused solely on hardware performance, but installation simplicity, long-term reliability, cross-brand compatibility, intelligent energy management, and higher safety standards. These changing expectations are accelerating the industry's shift toward more integrated, modular, AI-driven, and installation-friendly solutions.

Major trends reshaping the residential storage industry

  • Australia emerged as the world's largest single residential storage market in 2025.
  • Europe entered a new growth cycle following inventory normalization.
  • AI-driven energy management and software capabilities are becoming more important than hardware specifications alone.
  • VPP compatibility and dynamic electricity pricing optimization are rapidly becoming core purchasing requirements.
  • Global certification, compliance, and grid integration requirements continue to increase in complexity
  • The industry is converging toward integrated, low-voltage architectures compatible with high-capacity 314Ah cells.
  • Installation efficiency is becoming a key competitive factor, with deployment times reduced from hours to as short as 15 minutes.

Addressing Industry Challenges with Integrated Energy Solutions

As part of the report, Hoymiles presents HiOne, its newly launched residential all-in-one solar-plus-storage system, as a case study for next-generation home energy solutions.

The HiOne system integrates PV MPPT, a hybrid energy storage inverter, battery packs, battery management system (BMS), and energy management system (EMS) into a single platform, while also supporting V2X access via the DC bus.

Designed around simplicity, safety, and intelligent energy management, the system features:

  • Modular installation for faster deployment and easier scalability
  • Advanced battery protection architecture for enhanced operational safety
  • AI-driven EMS capabilities for smarter household energy optimization
  • Integrated all-in-one design to simplify installation and system management

Industry Experts Discuss the Future of Residential Storage

During the launch seminar, Hoymiles and TÜV SÜD representatives joined experts from Global Solar Council, BVES, Elektramat to discuss the evolving challenges and future direction of the residential energy storage industry.

The discussion focused on current user pain points, evolving certification requirements, installation and operational challenges, and the growing role of intelligent software in future home energy systems.

"We are entering a transformative phase where residential energy storage is no longer just a passive backup device, but an intelligent asset operating within a dynamic grid," said Rex Zhu, General Manager of Residential and C&I ESS BU at Hoymiles. "Partnering with TÜV SÜD on this white paper allows us to share insights into regulatory developments, certification requirements, and safety considerations relevant to residential energy storage systems."

Download the Full White Paper

Download the report to explore the key trends and technology shifts shaping the future of residential solar-plus-storage systems.

HiOne White Paper

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Oberleitungsdefekt bei Bardowick bringt ICE-Verkehr durcheinander

04.05.2026

Ein gerissener Fahrdraht hat am Mittag den Bahnverkehr im Norden Deutschlands erheblich beeinträchtigt. Nahe Bardowick bei Lüneburg prallte ein ICE auf dem Weg von Hamburg nach München gegen eine herunterhängende Oberleitung. In dem betroffenen Zug, dem ICE 589, sitzen nach Angaben der Bundespolizei rund 460 Reisende fest. Verletzt wurde nach bisherigen Erkenntnissen niemand.

Nach ersten Ermittlungen bemerkte der Lokführer etwa 500 Meter nordwestlich des Bahnhofs Bardowick auf Höhe der Straße Witwenkamp, dass die Oberleitung in den Fahrbereich ragte, und leitete umgehend eine Vollbremsung ein. Da die Oberleitung unter einer Spannung von etwa 15.000 Volt steht, besteht nach Einschätzung einer Sprecherin der Deutschen Bahn potenziell Lebensgefahr im unmittelbaren Bereich des Schadens. Die Passagiere sollen über einen anderen Zug evakuiert werden; wie lange dies dauern wird, ist laut Bundespolizei noch unklar.

Der Vorfall führt im Fernverkehr auf der wichtigen Nord-Süd-Achse zu erheblichen Störungen. Züge zwischen Hamburg und Berlin werden aktuell über Hannover umgeleitet, was zu längeren Fahrzeiten und Verspätungen führt. Auch der Regionalverkehr ist betroffen: Die Metronom-Linien RE3 und RB31 verzeichnen auf der Strecke Hamburg–Lüneburg–Uelzen massive Verspätungen und Teilausfälle. Zur Entlastung wurde ein Schienenersatzverkehr mit Bussen eingerichtet.

Die Ursache für den Oberleitungsschaden ist bislang ungeklärt. Spezialteams der Bahn und Einsatzkräfte der Bundespolizei sind vor Ort, um die Lage zu sichern und die Evakuierung der Fahrgäste vorzubereiten. Reisende werden gebeten, sich vor Fahrtantritt über aktuelle Abfahrts- und Ankunftszeiten zu informieren und mehr Zeit für ihre Verbindungen einzuplanen.