Sustainability Case Study for Wi-Fi HaLow

TRENDS AND OPPORTUNITIES

Wi-Fi HaLow is emerging as a key enabler of sustainable digital transformation due to its long-range, sub-GHz operation, low power consumption, and ability to support thousands of devices per access point.

Its suitability for smart buildings, cities, agriculture, industry, campuses, and logistics aligns with global growth in low-power IoT and increased demand for verifiable CO₂ reduction.

As regulators shift toward sustainability-driven spectrum policies, HaLow offers strong opportunities for energy-efficient MDU and industrial deployments.

Measurable carbon savings, reduced infrastructure requirements, and compatibility with ESG reporting frameworks position HaLow as a preferred technology and open pathways for new sustainability-focused commercial offerings.

BUSINESS & MARKET BENEFITS

Wi-Fi HaLow delivers significant business value by reducing total cost of ownership through lower power consumption, fewer access points, and minimal cabling. Its long-range coverage and strong penetration simplify deployments across MDUs, logistics, agriculture, and industrial environments, while battery-powered sensors reduce maintenance demands.

Organizations gain measurable ESG advantages by demonstrating Scope 2 and 3 emission reductions, creating new commercial opportunities for OEMs and integrators offering sustainability-aligned IoT solutions.

HaLow also accelerates digital transformation in sectors such as utilities and manufacturing and supports evidence-based regulatory harmonization in Europe. This strengthens ecosystem collaboration and enables scalable, low-carbon operational models across industries.

EXPECTED OUTCOMES

The project will validate Wi-Fi HaLow’s sustainability impact using EGDC methodology, leveraging global trials to produce credible carbon-reduction evidence and inform regulatory and industry guidance.

Key Deliverables

The project will produce a comprehensive case study demonstrating the quantified Net Carbon Impact of Wi-Fi HaLow, supported by trial-based CO₂ reduction evidence and clear positioning for European deployment. It will deliver regulatory and industry recommendations, sustainability-focused technical guidelines, and drive broader adoption of the EGDC methodology across WBA working groups.