Green Network Infrastructure
Building sustainable connectivity through efficient capacity planning, energy-aware operations, and responsible infrastructure stewardship.
Our Approach
Efficiency by design, not afterthought
Our network is built around technologies that inherently consume fewer resources to deliver more capacity.
Efficient Optical Transport
DWDM technology carries 80+ independent channels over a single fiber pair, dramatically reducing the infrastructure footprint per unit of capacity. One strand of glass replaces racks of copper and active electronics.
Smart Capacity Planning
Traffic engineering and intelligent routing minimize over-provisioning and energy waste across the network. Capacity is added where needed, avoiding idle infrastructure running at full power.
Responsible Equipment Lifecycle
Partnership approach to equipment recycling and responsible disposal of end-of-life network hardware. We prioritize vendors with established take-back and recycling programs.
Shared Infrastructure
Colocation and shared fiber routes reduce duplicate infrastructure builds, lowering the environmental footprint for all participants. Shared duct systems mean fewer civil works and less disruption.
Energy Efficiency
Power consumption per Gbps — technology comparison
Watts per Gbps (lower is better)
DWDM fiber carries up to 10× more capacity per watt compared to microwave links — and up to 90% less energy per Gbps compared to legacy copper infrastructure.
Infrastructure footprint comparison
A single DWDM fiber pair carries the equivalent of 80+ wavelengths, each up to 400G — replacing hundreds of individual copper or microwave links.
Passive optical infrastructure means no powered equipment in the field — only glass and light, with no standby power draw outside facility walls.
Our Commitments
Operational sustainability principles
Realistic, measurable commitments — no green-washing, no fabricated certifications. These are the operating principles we hold ourselves to.
Continuous monitoring of power consumption across all Points of Presence
Prioritizing energy-efficient equipment in all procurement decisions
Supporting industry initiatives for sustainable telecommunications
Transparent reporting on network energy metrics to stakeholders
Selecting colocation facilities with documented PUE targets
Reducing redundant active infrastructure through passive optical architecture
Data Center Partnerships
Choosing facilities that share our values
Sofia Connect co-locates its Points of Presence in third-party data center facilities across Southeast Europe and beyond. We factor sustainability performance into our facility selection and review process.
Efficient Cooling
We prioritize facilities that employ free cooling (adiabatic or direct air) where the local climate permits, significantly reducing mechanical cooling overhead.
PUE Monitoring
Power Usage Effectiveness is a core criterion in our colocation partner selection. We track PUE metrics at each PoP facility and factor them into renewal and expansion decisions.
Renewable Energy Procurement
Where commercially viable, we favor data center partners who procure electricity from renewable sources or participate in green tariff programs.
Typical PUE targets we look for in partner facilities:
LED-based equipment status monitoring
Modern network equipment uses LED indicators for port and system status — consuming milliwatts rather than the standby power of older display technologies. Combined with out-of-band management over low-power serial connections, our equipment monitoring infrastructure adds minimal to the overall power footprint of each PoP.
Learn more
Explore the network behind the principles
Our network spans Bulgaria and key Southeast European hubs. See the technical details behind the routes, PoPs, and technology choices that drive this efficiency.
Questions about our approach? +359 2 420 0300