OverviewE-House SolutionThe Electrical House (E-House) is a factory integrated, tested, validated, compact power distribution solution. The E-Housetypically contains Medium Voltage and Low Voltage switchgears, motor control centers,VFD systems, transformers, HVAC,UPSc/w batteries, building management, instrumental and control systems, telecom systems. Despite different names can be usedaccording to specific applications and configurations, such as MSS (Modular Substation), PDC (Prefabricated Dis

​I. Electricity Challenges in African Residential Communities​​Unstable Power Supply and Coverage Gaps​Sub-Saharan Africa faces a 43% deficit in reliable electricity access. Urban areas like Kinshasa (DRC) experience daily load-shedding due to grid saturation, with peak demand gaps reaching 50%. Rural regions rely on biomass (e.g., charcoal) for 90% of energy needs, hindering modernization.​Weak Infrastructure and High Maintenance Costs​Aging grids and prolonged construction cycles for tradition

​1. Challenges in African Rural Power Grids​​Weak Infrastructure: Low electrification rates (20% in Sub-Saharan Africa), aging transmission lines, and 35% distribution losses.​Funding and Technical Gaps: Annual investment needs of $40 billion, reliance on external loans, and skilled labor shortages.​Environmental and Geographical Barriers: Harsh climates (heat, dust, humidity) and complex terrains (deserts, rainforests).​Unreasonable Tariff Structures: Cost-revenue imbalance discourages grid exp

Solutions overviewControl of the wind turbineEnsure an optimized operating environmentGain greater control of the turbine through automation and backup powerChoosing the most efficient wind turbine is the key to success. Schneider Electric offers a fully automated wind turbine with the programmablelogic controller (PLC) and a highly-reliable UPS. They have a very low power consumption, and can be easily modified or upgraded.As such, the PLC functions as the “brain” of the wind turbin

​1.Why Choose Rockwill?​​​1.1 Technological Leadership, Tailored for Brazil’s Complex Needs​​Hiqgh-Reliability Design:Adapted to Brazil’s diverse terrain (e.g., Amazon rainforests, plateaus) and extreme weather (high temperatures, heavy rainfall) with ​containerized structure​ and ​IP65 protection grade​.Utilizes ​gas-filled cabinet technology​ to ensure stable operation in humid and dusty environments.​Smart O&M:Integrated remote monitoring system for real-time tracking of volta

Digital solutionsDistributed DTU Easergy T300Comprehensive features and flexbile scalabilityTailored to meet future operational challenges ofdistribution network automationApplications range from monitoring rooms tomedium and low voltage distribution stationsTH110-R cable joint temperature measurementWireless passive, easy to installDirect measurement of conductor temperaturewith high accuracyPD110 series local discharge test deviceReal-time monitoring of equipment corona andpartial discharge st

1.Core Challenges Facing African Mining​1.1 Unstable Power Supply & Weak Infrastructure​African mining operations suffer from frequent power shortages and aging grids. For instance, the Democratic Republic of Congo (DRC) faces seasonal power deficits requiring costly cross-border electricity imports. In Malawi and Zimbabwe, mining projects have repeatedly halted due to insufficient power. Additionally, electricity prices in sub-Saharan Africa average ​14 cents/kWh—2-3 times higher than

1.Project Background and Demand Analysis​​1.1 Saudi Distribution Network Upgrade Requirements​Saudi Arabia is advancing its "Vision 2030" energy transition plan, aiming to achieve ​40% distribution network automation by 2025​. Key initiatives include deploying ​33,000 intelligent ring main units (RMUs) and reclosers​ in 11 cities like Riyadh and Dammam to enhance grid reliability and renewable energy integration. Current challenges include:​Aging Infrastructure: Existing RMUs and pole-mounted ci

1.Core Challenges in Africa's Solar Power Development​1.​1 Weak Grid Infrastructure​Low grid coverage in remote areas, aging transmission/distribution systems, and limited capacity for large-scale solar integration.1.2 ​Environmental Adaptability Issues​Extreme conditions (e.g., high temperatures, sandstorms, humidity in Kenya’s Garissa region) accelerate equipment corrosion and insulation degradation.​1.3 Insufficient Maintenance Capabilities​Lack of skilled technicians and stable mainten

1.Challenges Faced by Wind Farms1.1​ Extreme Environmental Conditions​Wind farms are often located in coastal, high-altitude, or desert areas with harsh conditions such as high salt spray, UV radiation, and temperature fluctuations (-40°C to +60°C). Traditional circuit breakers are prone to corrosion and insulation degradation, leading to reduced lifespan and increased failure rates.1.2 Current Fluctuations and Grid Stability Issues​The intermittent nature of wind power causes frequent s