Reliable solar infrastructure for South Sudan
Juba Green Energy delivers engineered solar generation, battery storage, intelligent power conversion and remote monitoring for telecom networks, government facilities and critical infrastructure.
Partner with usLocal delivery capability · China-based engineering and supply-chain support
Critical infrastructure needs more than solar modules.
Limited grid reach, remote sites, fuel logistics, heat and maintenance response all shape system value. Our design approach treats generation, storage, backup power, monitoring and long-term operations as one connected system.
The World Bank reports 5.4% electricity access for South Sudan in 2024. This is market context, not a company performance claim.Design, supply, finance, install, operate and maintain.
From one critical site to a multi-site portfolio, each stage is connected by clear engineering responsibility and verifiable operating data.
Telecom solar power
DC and AC power architecture for off-grid, weak-grid and solar-diesel hybrid sites.
02Modular energy storage
LFP cabinets, BMS, protection, capacity expansion and inverter integration.
03Remote operations
Portfolio views, site telemetry, alarms, maintenance tickets and customer reporting previews.
04Lifecycle services
Survey, commissioning, preventive maintenance, spares coordination and performance review.
International engineering support. Local operating responsibility.
Juba Green Energy does not present partner capability as its own manufacturing. Each participant’s role and responsibility are kept distinct.
China mother company & manufacturing ecosystem
Nanjing Switchgear Co., Ltd.
Product technology, engineering support, equipment supply, quality control and supply chain
Juba Green Energy · South Sudan
Operating company
Local assessment, system design, deployment, commissioning, operations and maintenance
Telecom, government & infrastructure customers
Critical infrastructure
Site data, load requirements, operating targets and contract management
15.36 kWp generation. 12 kW conversion. 64 kWh storage.
This equipment package shows how component ratings and operational data connect. Final sizing depends on verified loads, irradiation, autonomy, environment and redundancy requirements.
15.36
kWp PV
12
kW class
64
kWh
From device readings to operating decisions.
A secure, role-based remote monitoring capability preview connecting inverters, batteries, environmental sensors, maintenance teams and customer reporting.
Operations Cloud
Platform preview · all data simulated
Monitored sites
24
Online
23
Active alarms
02
Generation today
1.84MWh
Simulated site status · Telecom portfolio
Designed around service continuity, not a product catalogue.
Telecommunications
Site availability, generator runtime, remote visibility and scalable portfolio rollout.
View sector approachGovernment & public services
Energy continuity for offices, health, education, water, security and public data infrastructure.
View sector approachCommercial & industrial
Energy resilience for offices, warehouses, hotels, banks, retail and industrial loads.
View sector approachWater & agriculture
Solar pumping, storage, controls, remote monitoring and maintenance.
View sector approachFlexible commercial structures
Solar infrastructure without heavy upfront capital.
Direct purchase, lease-to-own, energy-as-a-service or shared-savings structures can be developed around verified site data and agreed risk allocation.
Make each site’s load, backup and operating target the engineering starting point.
Share site count, current power sources, load, fuel use and required autonomy so we can structure an initial technical assessment.