One System, Multiple Application Scenarios
The same hanging micro-storage platform adapts to telecom towers, utility-scale retrofits, C&I rooftops and off-grid projects. Per-panel wireless control and cloud EMS dispatch work across all scenarios.
Telecom Base Station Green-Power Solution
Telecom towers need reliable 24/7 power. The hanging micro-storage system provides 48 V DC direct supply from solar, stores surplus for nighttime, and links with diesel generators as backup. Each rod is a self-contained clamp-on unit — no battery cabin, no concrete pad, ideal for rooftop towers and space-constrained sites.
48 V DC Direct Supply
Standard 48 V version connects directly to telecom tower load, eliminating double-conversion losses from AC inverters.
PV + Storage + Diesel Linkage
Solar charges the rod during the day, stored energy powers the tower at night, and diesel generator activates only as backup. Reduces diesel consumption.
Remote Monitoring
EMS cloud provides remote visibility across thousands of tower sites. Alarm, performance reports and firmware updates over the wireless mesh.
Anti-Theft & Tamper
Rods mount under the panel on the rail, out of easy reach. Tamper detection triggers alerts through the EMS platform.
Lightweight & Compact
Each rod is a single clamp-on unit. No battery cabin, no concrete pad. Suited to rooftop towers and space-constrained sites.
Pay-as-Needed Investment
Start with a pilot on a few towers, verify diesel savings on your own meters, then scale across the portfolio.
Base Station Technical Architecture
Simplest connection, minimal change, and reuse of existing equipment. A new PV+storage layer is added on top of the station's original electrical system, which is left untouched.
New Layer
PV + Energy Storage
Solar panels with hanging storage rods, DC combiner box, bidirectional inverter
Reused
AC Distribution
Existing mains AC 220/380V, AC distribution box, rectifier AC to -48VDC
Reused
Telecom Equipment
BBU + AAU communications, transmission equipment, lighting, monitoring, air-con
24-Hour Coordinated Power Supply Timeline
PV priority, grid backup, charge on valley power, discharge at peak. Strategy shifts by time band to make rational use of green power and grid electricity under time-of-use pricing.
00:00-07:00
Valley
Grid
Charging
07:00-11:00
Flat
Storage
Discharging
11:00-14:00
Valley
Grid + PV
Charging (PV)
14:00-16:00
Flat
PV + Grid
Standby
16:00-23:00
Peak
Storage
Discharging
23:00-24:00
Flat
Storage
Discharging
Single-Site Capacity Configuration
Typical 4G+5G shared site: 12.06 kWp PV + 38.4 kWh storage, achieving ~98% grid offset rate.
PV Capacity
12.06 kWp
18 panels x 660W, 85% efficiency
Storage
38.4 kWh
12 sets x 3.2 kWh, 92% efficiency
Daily Generation
~41 kWh
PV daily average
Grid Offset
~98%
Storage utilization ~86%
For a co-located 4G+5G site, daily average consumption is estimated at 130 kWh, with PV and storage as the primary power sources.
Investment Economics
Per-station investment ~79,848 CNY with 3.42-year dynamic payback and 33.32% IRR.
Investment Breakdown
Payback
3.42 years
Dynamic (2.89 static)
IRR
33.32%
Above the 8% threshold
Annual Return
34.6%
25-Year ROI
514.1%
Carbon reduction: ~7.18 t CO2/year/site. At ~98 CNY/t carbon price, annual carbon revenue ~703.64 CNY/site.
The Same Platform, Adapted to Your Scenario
Every solution uses the same hanging micro-storage rods, wireless mesh and cloud EMS — only the configuration and deployment model changes.
Existing PV Plant Retrofit
Add storage to your operating utility-scale plant without reserving new land, pouring concrete foundations, or interrupting generation. Storage rods clamp under existing mounting rails row by row.
- No extra land and no civil works
- Installation without generation interruption
- Module-level MPPT recovers 8%-20% yield
- Phased purchase: start with a pilot, scale as budget allows
C&I Rooftop Solar + Storage
Factories and logistics parks that cannot carry a containerized battery room benefit from distributed rods spread across the roof structure. Charge at midday surplus, discharge during peak tariff hours.
- No structural reinforcement required
- Self-consumption ratio improved on treated arrays
- Rapid shutdown verified below 2 seconds
- Peak-valley arbitrage to cut energy cost
Off-Grid & Weak-Grid Projects
Distributed PV-storage for islands, mines and remote communities. Replace expensive diesel generation with solar plus hanging storage, coordinated by cloud EMS for reliable 24/7 supply.
- Distributed architecture suits space-constrained sites
- Diesel linkage cuts fuel consumption
- Remote monitoring across multiple sites
- SKD export supports local assembly requirements
Need a Custom Configuration?
Send us your site details — tower count, array layout, curtailment data or load profile. We return a configuration estimate within one business day.