7 Power Trends Shaping the Future of Workspace Design

As technology becomes increasingly embedded in every aspect of life, demand for efficient power solutions continues to rise. Along with this increased need, people expect immediate access to information and seamless connection with each other and their work. They also want the flexibility to use devices comfortably in any setting.

Read on to explore 7 trends that highlight our growing appetite for convenient, intuitive access to power, and what companies are doing to keep pace.

1. Increase in Device Efficiency

Devices are becoming increasingly efficient. The result is reduced power draw, faster charging, and often using USB-C as a universal standard. To support this, workplace design should deliver mixed modality solutions that combine AC outlets, USB-C charging, and modular power options. This approach minimizes circuit counts, supports diverse device types, and keeps spaces adaptable for evolving technology.

2. Decarbonization & Sustainability

Driven by regulatory momentum and stakeholder expectations, companies are pursuing low‑emission strategies that don't sacrifice performance. To help organizations achieve their emissions goals, workspaces will need energy‑efficient power systems and products that help keep track of and reduce consumption.

3. Workforce & Safety Evolution

The power and data sectors are rethinking workforce readiness and safety protocols, embedding resilience into every phase of project development. Clear, ergonomic access points for power and cable management that minimize hazards can help enforce safety standards across shared and individual spaces. 

4. Industrial Reshoring

US manufacturing is making a comeback. Spending has doubled since the end of 2021, driven by construction for computer, electronic, and electrical manufacturing. As more companies integrate engineering, R&D, and prototyping spaces into their offices, workspace design should include flexible power zones that support light industrial equipment, specialized workstations for evaluating components, and task‑appropriate circuits.

5. Grid & Infrastructure Modernization

Under pressure from rising demand, utilities are investing in next‑generation technologies to upgrade aging systems and improve reliability. Power plans that incorporate surge protection, on‑site backup strategies, and adaptable power‑routing pathways will help future‑proof the office for utility changes.

6. AI & Data Centers

The explosion of generative AI, machine learning, and crypto mining is fueling massive growth in data center electricity consumption. Moving forward, designers will need to plan for greater power availability, redundancy, and scalable distribution—especially in offices supporting data-heavy teams.

7. Portable Power Source Exploration

Portable batteries and mobile power modules are becoming viable alternatives as more flexible power sources. As part of the workspace planning process, designers will need to evaluate the role of mobile power in the office and make accommodations for storing, charging, and safe end-of-life planning for the power components

As organizations adapt to these shifts, thoughtful workspace planning becomes essential to supporting people and the technology they rely on every day. Haworth continues to explore solutions that help create environments where power is accessible, intuitive, and adaptable—no matter how needs evolve.