PITCO’s services included on-site assessments of electricity requirements, load types, grid power status, load-shedding patterns, backup power usage, and solar resource availability. PITCO developed separate feasibility studies for each participating unit, covering project scope, site assessment, regulatory requirements, building structure analysis, electrical system assessment, energy yield assessment, system design, and financial analysis. The studies aimed to facilitate the installation of rooftop solar PV systems at industrial sites, promoting renewable energy adoption in Pakistan’s industrial sector.

The services provided included project inception, preliminary modeling, implementation planning, ground-based data collection using high-quality solar measurement devices, and production of validated solar resource maps. The project delivered a comprehensive Solar Atlas report describing the final outputs, methodology, and process, including geographic information system (GIS) data. This initiative aimed to support renewable energy development and provide open access to resource and geospatial mapping data for better decision-making.

The project involved visiting proposed site locations, procuring and importing measuring equipment, arranging for site permitting and access, commissioning sites, and providing two years of high-quality meteorological data. The data collected was transferred to an open data platform for public dissemination, ensuring strong local involvement and capacity building. This initiative aimed to produce a country-adapted and validated solar map for Nepal, supporting long-term sustainable development in the renewable energy sector.

The services provided included assessing the commercial readiness of FSPV globally, conducting design and performance analysis, identifying potential FSPV facilities in Pakistan, creating interactive maps of potential sites, and providing recommendations for structuring commercial FSPV projects. This study aimed to support the development of floating PV projects in Pakistan, promoting renewable energy solutions and enhancing energy security.

PITCO’s services included conducting a site survey and feasibility study, interconnection point assessment, and capacity analysis. Our team reviewed the regulatory environment and performed in-depth shadow analysis and yield estimation by simulating various configurations of module layout. PITCO optimized the system layout, selected key equipment, conducted structural analysis, and prepared specifications for solar PV modules and inverters. PITCO also assisted in bid evaluation, oversaw power plant erection, performed pre-commissioning tests, and designed the earthing/grounding scheme. The project concluded with commissioning the PV plant and preparing an Operation and Maintenance (O&M) plan.

PITCO’s services included conducting a site survey and feasibility study, interconnection point assessment, and capacity analysis. Our team reviewed the regulatory environment and performed in-depth shadow analysis and yield estimation by simulating various configurations of module layout. PITCO optimized the system layout, selected key equipment, conducted structural analysis, and prepared specifications for solar PV modules and inverters. PITCO also assisted in bid evaluation, oversaw power plant erection, performed pre-commissioning tests, and designed the earthing/grounding scheme. The project concluded with commissioning the PV plant and preparing an O&M plan.

PITCO’s services included conducting a site survey and feasibility study, interconnection point assessment, and capacity analysis. Our team performed in-depth shadow analysis and yield estimation by simulating various configurations of module layout. PITCO optimized the system layout, selected key equipment, conducted structural analysis, and prepared specifications for solar PV modules and inverters. PITCO also assisted in bid evaluation, oversaw power plant erection, performed pre-commissioning tests, and designed the earthing/grounding scheme. The project concluded with commissioning the PV plant and integrating it with the existing system.

PITCO’s services include data collection, validation, and assembling digitized data layers to support the spatial planning platform. PITCO identified areas without electricity access, potential beneficiaries, and priority service delivery infrastructures. The project involved digitizing the existing and planned electricity grid network and renewable energy resource availability data. PITCO created a GIS-based spatial least-cost electrification plan, assessed various electrification options, and conducted stakeholder consultations. The project also included projections of electricity connections and demand, technology comparisons, and recommendations for off-grid applications.

PITCO’s services include sector situation analysis, stakeholder and target group analysis, market demand analysis, selection of TVET hub locations, and analysis of key RE industry actors. PITCO also designed the TVET hubs, including facilities, equipment, teaching material, occupational profiles, distant learning integration, training certificates, staffing requirements, and financial sustainability. The study also involved overall project design, impact hypothesis, institutional setup, implementation modality, cost and financing plan, risks and mitigation measures, and environmental and social impacts