The service model outlined in the passage describes both on-site and off-site approaches to managing power systems. For on-site services, the deployment of at least two qualified support team engineers within Cells Sites Cluster Communities is proposed. This strategy is supported by a Ticketing Report generated on the Interactive Portal and Helpdesk to ensure prompt fault resolution. In certain cases, priority-rated sites can access direct call lines connecting to field engineers to expedite responses.
The off-site service model utilizes a Hybrid Power System (HPS) integrated with artificial intelligence (AI). This system enables flexible management of high availability power systems, eliminating the need for ad-hoc or periodic site visits. Proprietary software accurately reports the health of individual sites or entire networks, employing robust learning algorithms to monitor performance trends. Early signs of performance change trigger automatic corrective actions. Intelligent alarming filtering reduces multiple reported events, clearly identifying sites requiring immediate attention. Decoded monitoring signals from AI indicate details such as power sources (e.g., solar, wind, or national grid), power load, security status with access alarms and video, and the condition of batteries, grid, or wind qualities.
The passage also identifies various opportunities linked to the VoltrixPR Solar Powered Energy hybrid mix. It addresses escalating traditional energy costs by offering an affordable solution with reducing unit costs as the user population increases. The unreliable grid power situation in Nigeria is tackled by providing a reliable, consistent, and safe source of energy through solar power. Additionally, the impurity-laden grid power, causing damage to equipment, can be mitigated by the stability and consistency offered by solar electricity.
Furthermore, the passage emphasizes the environmental benefits of solar power, highlighting the reduction of pollution, climate change, and damage to aquatic life. The proposed solar-powered solution aims to create cleaner air, halt environmental degradation, and promote a healthier environment in communities. The excess electricity generated can be commercialized by communities, providing an additional source of income. The project’s priority products and services include two types of solar cell power generation for specific applications, focusing on powering Cell Sites Sector Hubs, CPE Sites, and community infrastructure.
