Home/Verticals/Utilities & Energy
⚡ Utilities & Energy · Wireless Connectivity Solutions

⚡ Utilities & Energy
Connectivity Solutions

99.999% available SCADA communications across power grids, water systems, and renewable energy infrastructure — NERC CIP compliant licensed microwave designs.

Wireless Backhaul·Satellite LEO·SD-WAN·Solar Power·Engineering Services·0% Financing·Wireless Backhaul·Satellite LEO·
Utilities & Energy Sector

Connectivity Challenges We Solve

99.999% available SCADA communications across power grids, water systems, and renewable energy infrastructure — NERC CIP compliant licensed microwave designs. CLATA TELECOM delivers vendor-neutral solutions engineered for the unique technical, regulatory, and operational requirements of the Utilities & Energy sector.

Key Challenges

SCADA/ICS communications across substations
Ultra-high availability (99.999%) for grid operations
Cybersecurity for critical infrastructure (NERC CIP)
Smart meter backhaul across utility service territory
Remote solar and wind farm connectivity
Compliance with NERC CIP and utility regulations
Recommended Technology Stack
Item 1Licensed microwave SCADA ring
Item 2Less than 50ms path restoration
Item 3AES-256 all links
Item 4Per-substation VRF isolation
Item 5Smart meter backhaul network
Item 6NERC CIP compliant design
CLATA Advantage: Vendor-neutral selection — we choose the best technology for your terrain, applications, and budget. Full engineering support from design through commissioning.
Solution Portfolio

Technology Components for Utilities & Energy

🗼

Wireless Backhaul

Licensed microwave PTP backbone — carrier-grade, AES-256 encrypted, 99.999% availability. 6–23 GHz bands, up to 2 Gbps, 50 km range.

  • 6/11/18/23 GHz licensed bands
  • Up to 2 Gbps per link
  • 1+1 HSB protection (<50ms)
  • ITU-T G.826 availability design
Backhaul Details →
🛰️

Satellite Connectivity

LEO satellite broadband: 20–40 ms latency, 100–500 Mbps, global coverage. Ideal when terrestrial infrastructure is absent or as redundancy.

  • 20–40 ms LEO latency
  • 100–500 Mbps downlink
  • Global coverage
  • SD-WAN hybrid integration
Satellite Details →
🔗

Hybrid SD-WAN

Multi-link bonding: LEO + 4G/5G + microwave in one managed fabric. Sub-300ms failover, L7 QoS, zero-touch provisioning.

  • Active-active multi-link bonding
  • <300ms automatic failover
  • Application-aware QoS
  • Centralized NOC management
SD-WAN Details →
☀️

Solar Power Systems

Complete off-grid power: solar array, battery bank, charge controller, UPS backup. Sized for 72-hour autonomy in worst-case conditions.

  • Solar array design and supply
  • 48V / 72-hour battery
  • Remote power monitoring
  • Tropical to arctic climates
Solar Details →
⚙️

Engineering Services

Full turnkey project delivery: site survey, link design, frequency coordination, equipment supply, installation, commissioning, 24/7 NOC.

  • RF link budget and path profile
  • Frequency licensing support
  • On-site installation
  • 24/7 NOC monitoring
Services Details →
💰

Flexible Financing

0% equipment financing over 24 months, equipment leasing, extended payment terms, and BEAD/grant funding assistance.

  • 0% financing — 24 months
  • Equipment leasing options
  • BEAD funding navigation
  • Grant application support
Financing Details →

⚡ Free Utilities & Energy Connectivity Assessment

Our specialists will analyze your operational requirements, coverage needs, and constraints to produce a tailored architecture recommendation with technology specifications and cost estimates.

Fiber Access for Utilities

Industrial GPON / EPON for Utilities & Grid

EMI-immune optical fiber for substations, grid infrastructure, and industrial facilities. Passive GPON eliminates active electronics from high-voltage environments. Industrial-grade ONUs rated for -40°C to +75°C in outdoor cabinets.

Substation GPON / EPON

Optical fiber is inherently immune to electromagnetic interference from high-voltage switching equipment. GPON/EPON passive splitters have no active electronics — zero maintenance in the field. Ideal for IEC 61850 substation automation networks.

  • EMI/EMP immune optical fiber backbone
  • Passive ODN — no active field equipment
  • IEC 61850 GOOSE/SV traffic over fiber
  • Industrial ONU: IP67, -40°C to +75°C
  • DIN-rail mount for panel installation
🏭

Industrial PoE ONU for SCADA

Hardened 8/24-port PoE ONU for industrial deployments. Powers and connects SCADA RTUs, IP cameras, access control, and IoT sensors over a single fiber run. No copper data cables in high-voltage areas.

  • IP67 industrial housing
  • PoE+ for RTUs and field sensors
  • SCADA / IIoT device connectivity
  • Single fiber — data + device power
  • DC powered options for solar/battery sites
Industrial ONU Portfolio →