APPLICATION

Telecom Tower Power

Reliable off-grid and hybrid power solutions for telecom towers, data centers, and communication infrastructure.

Keeping Networks Online

Telecom towers require uninterrupted power 24/7/365. Our hybrid power solutions combine solar PV, battery storage, and diesel backup to deliver 99.99% uptime while reducing fuel costs by 60-80% compared to diesel-only operation. Designed for remote locations with limited access — our systems are containerized, pre-wired, and require minimal on-site work.

System Specifications

Power Output	3kW – 50kW per site
Battery Bank	20kWh – 400kWh
Solar Array	5kWp – 100kWp
Diesel Backup	Auto-start, auto-transfer
Rectifier	48V DC, 95%+ efficiency
Enclosure	IP55 outdoor rated
Monitoring	SNMP + remote SCADA
Uptime SLA	99.99%

99.99%

Uptime

-65%

Fuel Cost

5000+

Towers

<24hr

Deploy

Telecom Power Project?

Get a site-specific hybrid power proposal.

Reliable Power for Telecom Tower Networks

Telecom towers need 99.99% uptime — anything less triggers SLA penalties that can dwarf the cost of power itself. The challenge: most towers are in remote or off-grid locations where reliable power is hard to find and expensive to maintain.

A hybrid solar-battery-diesel system delivers grid-equivalent reliability at off-grid cost. The economics work at almost any scale, from a single tower to a 50,000-site nationwide rollout.

99.99%

SLA uptime achievable

85%

Diesel reduction

2-3 yr

Typical payback

-50%

Site visits

Tower Power System Architectures

Standard Tower (1-3kW)

Typical greenfield 4G/5G macro tower. Components:

3-5 kWp solar array (roof or ground mount)
10-30 kWh LiFePO₄ battery
3-5 kVA diesel backup (sized for monthly test)
MPPT charge controller + hybrid inverter
Remote monitoring via 4G/IoT

Heavy Tower (5-10kW)

5G small cells, multi-tenant towers, edge compute:

8-15 kWp solar (ground-mount preferred)
40-80 kWh battery
10-20 kVA diesel backup
Containerized or skid-mounted hybrid PCS
Generator auto-start on SoC < 30%

National Rollout (5,000+ sites)

Standardized design for fast deployment:

Pre-engineered 5kWp + 30kWh “kit”
Containerized for fast site deployment
Bulk pricing 40-60% below custom builds
Centralized NOC monitoring & dispatch
14-month rollout for 5,000 sites achievable

Why Telcos Are Switching to Hybrid

The traditional diesel-only tower has three problems: cost, reliability, and reputation. Hybrid solves all three.

1. OPEX Reduction

A typical off-grid tower burns 80-150L of diesel per month at delivered cost of $1.20-$2.50/L. That’s $100-$375/month just in fuel, plus monthly maintenance visits ($150-$400 each). A hybrid system reduces fuel by 80-90% and visits by 50%.

2. SLA Compliance

SLA penalties for >4 hours downtime/year are now standard. Diesel-only towers average 8-15 hours downtime. Hybrid systems achieve <1 hour. The penalty savings often exceed the fuel savings.

3. ESG & Reporting

Telcos face increasing Scope 3 emissions reporting pressure. Hybrid towers reduce CO₂ per site by 60-80 tons/year. Many operators now require 50% renewable energy at towers as procurement policy.

Edge Cases & Special Scenarios

Beyond standard greenfield towers, our hybrid systems handle several special scenarios:

Bad-grid sites: Where utility power exists but is unreliable (10-20 hours outage/day typical). Hybrid with grid as primary, battery for ride-through, diesel backup.
Cold-climate sites: Battery heating systems, cold-start diesel, low-temperature-rated solar panels. Operate to -40°C.
High-altitude sites: Derated components, special cooling. Operating to 4,500m altitude with no performance loss.
Coastal sites: C5-M marine coatings, stainless steel hardware, IP66 enclosures. Resists salt spray for 20+ years.
Seismic zones: Special mounting, flexible connections, seismic-rated battery racks. IBC Zone 4 compliant.

Remote Monitoring & Management

All our telecom hybrid systems include cloud-based monitoring as standard. Your NOC or operations team gets real-time visibility into every site:

Real-time status of solar, battery, and diesel at every site
Alert notifications for low battery, generator fault, panel degradation
Fuel level monitoring and theft detection
Performance dashboards with KPIs (uptime, diesel saved, CO₂ abated)
Historical reporting for compliance and ESG reporting
API integration with operator OSS/BSS systems

The platform supports both individual site management and bulk operations across thousands of sites. Multi-tenant access allows operators, EPCs, and O&M contractors to each see the data they need.