Commercial, industrial, agricultural, rooftop solar and battery energy storage experience built through more than two decades of practical project delivery across South Africa and selected African markets.
P&P Solar Solutions has designed and installed solar photovoltaic systems since 2005. The company’s experience includes hundreds of projects and well in excess of 100,000 rooftop solar panels, supported by practical knowledge of mounting systems, PV modules, DC and AC cabling, inverter installation, electrical integration, testing and commissioning.
Original customer-supplied project photography · Commercial, industrial, agricultural and battery installations
P&P Solar Solutions supports businesses, offices, retail properties, warehouses and mixed-use sites that need a carefully planned solar installation rather than a generic equipment package. Commercial projects require attention to operating hours, tariff exposure, roof availability, tenant requirements, electrical distribution and future expansion.
Farm and agricultural installations may include irrigation, boreholes, packhouses, cold rooms, workshops, offices and processing equipment. These sites often combine seasonal demand, motor loads, remote infrastructure and generator dependence, so each project must be designed around the real operating profile.
Factories, logistics facilities, processing plants and large multi-building sites may require high-capacity rooftop or ground-mounted solar, battery storage, generator coordination, monitoring and staged implementation. P&P Solar brings practical installation experience to the planning and execution of these more complex systems.
A project gallery should do more than display attractive aerial photographs. For a customer evaluating a solar installation company in South Africa, completed work provides evidence of practical capability: understanding how to access a roof safely, coordinate around existing services, route cabling neatly, install equipment in maintainable positions and commission the complete electrical system correctly.
P&P Solar Solutions has worked in the solar industry since 2005. According to the supplied company material, the team has completed hundreds of projects and installed well in excess of 100,000 rooftop solar panels. That depth of experience matters because commercial and large-scale solar projects are rarely identical. Every site presents different structural, electrical, operational, safety and logistical conditions.
The photographs on this page represent the types of projects P&P Solar Solutions has undertaken. Where client names, capacities or financial outcomes have not been formally approved for publication, the projects are described by application rather than embellished with unverified figures. This gives prospective customers a realistic view of the company’s experience while maintaining responsible project confidentiality.
Solar projects may use similar equipment, but the conditions surrounding them differ significantly. Roof geometry, structural limitations, shading, access, weather exposure, electrical distribution, operating hours, tariff structure, generator arrangements and customer priorities all affect the final design.
Long-term installation experience helps identify the questions that must be answered before equipment is ordered. It also helps distinguish between an attractive proposal and a system that can be installed, maintained and operated effectively in the real environment.
P&P Solar Solutions approaches new work as an energy and infrastructure project. The objective is not simply to place as many panels as possible on a roof. The objective is to create a solution that suits the load, the available space, the electrical system, the customer’s operational risk and the expected future growth of the site.
The portfolio includes projects on factories, warehouses, business parks, agricultural properties and facilities requiring integrated battery storage.
PV systems for offices, retail properties, business parks, hospitality facilities and mixed-use commercial buildings seeking lower energy costs and improved energy resilience.
Rooftop and distributed systems for factories, warehouses, workshops, production facilities and high-demand three-phase sites.
Solar solutions supporting farms, processing buildings, packhouses, irrigation infrastructure, cold rooms and rural business operations.
Integrated battery systems for backup, solar-energy shifting, generator reduction, peak management and operational continuity.
Projects spread across several roofs or buildings where array positioning, cable routes, distribution points and phased implementation require careful coordination.
Assessment of existing solar infrastructure where additional PV, battery capacity, inverters, monitoring or distribution changes may be required.
Commercial and industrial roofs can offer valuable generation space, particularly where the site has strong daytime demand. However, large roof area does not automatically mean the entire surface is suitable for solar. The design must account for roof sheets, purlins, structural zones, drainage, vents, skylights, access routes, fire requirements, maintenance corridors and safe working areas.
Panel layout must also be coordinated with string design, inverter placement, cable routes and electrical connection points. Long cable distances, unsuitable equipment locations or poorly planned maintenance access can affect both project cost and long-term usability.
The project photographs on this page demonstrate a range of roof layouts, including concentrated arrays, distributed arrays and systems installed across multiple adjoining buildings. Exact project capacities and client identities should only be published where verified and approved.
Agricultural solar projects may support a wide variety of loads, from irrigation pumps and packhouses to refrigeration, workshops, offices and processing equipment. Demand may vary by season, production cycle, weather and time of day, making load analysis especially important.
Rural sites can also present practical challenges such as long cable routes, limited grid capacity, generator dependence, dust, heat, remote equipment locations and restricted service access. A useful solution must account for how the farm actually operates—not merely its average monthly bill.
The agricultural property shown in the portfolio illustrates how a commercial building can provide a practical platform for rooftop PV while preserving the surrounding productive land. Additional farm-specific photographs can be added as approved project material becomes available.
The visible rooftop array is only one part of the complete project. Inverters, batteries, switchgear, protection, communications, cable management and distribution changes must be installed and coordinated correctly for the system to operate as intended.
Battery-storage projects require particular attention to equipment location, clearances, environmental conditions, ventilation or thermal management, communication compatibility and service access. The battery room shown in the portfolio reflects the importance of neat equipment positioning and orderly integration with the electrical distribution system.
For larger sites, the project architecture may also include generator coordination, critical-load separation, automatic transfer arrangements, export control, energy meters and remote monitoring. These elements should be considered during design rather than added as an afterthought.
Completed solar projects reveal more than the number of panels on a roof. They show whether layouts have been planned around roof features, whether access routes remain practical, whether equipment has been positioned with appropriate clearances and whether the installation has been integrated into the building instead of simply added onto it.
For commercial and industrial customers, long-term serviceability is especially important. Inverters, battery systems, distribution boards, isolators, communications equipment and protection devices should remain accessible for inspection, testing and maintenance. Cable routes should be orderly, protected and clearly identified. Equipment rooms should be planned around ventilation, thermal conditions, fire considerations and safe working space.
P&P Solar Solutions applies experience from previous installations to reduce avoidable design and construction problems. This includes reviewing roof condition and geometry, selecting suitable mounting methods, coordinating DC and AC routes, planning shutdowns, protecting business operations and testing the system before handover.
Understand the site, business objective, electricity profile, available information and expected project timeframe.
Review roof or land, access, electrical infrastructure, loads, generators, equipment areas and installation constraints.
Develop the proposed PV, battery, inverter, connection, control and operating concept around verified requirements.
Coordinate layouts, cable routes, protection, mounting, equipment placement, monitoring and construction requirements.
Source the approved equipment and materials while coordinating availability, logistics, storage and delivery sequencing.
Confirm access, safety controls, programme, work areas, shutdown requirements and interfaces with the customer’s operations.
Complete mounting, PV modules, cabling, inverters, batteries, switchgear, protection and communications to the agreed scope.
Inspect workmanship, terminations, labels, mechanical fixing, routing, protection, equipment clearances and documentation.
Test operating modes, protection, power flow, monitoring, alarms and system response before final handover.
Provide agreed handover information, monitoring access and ongoing support arrangements relevant to the completed project.
P&P Solar Solutions’ supplied technical material describes a practical safety-management approach developed through more than two decades of rooftop solar work. Standard activities include mounting, mechanical fixing, module installation, DC and AC cabling, inverter installation, testing and commissioning.
Project controls may include site-specific risk assessments, task-specific method statements, working-at-heights procedures, fall-protection systems, daily toolbox talks, qualified installation personnel and daily quality inspections. Client-specific permit-to-work and health-and-safety requirements are incorporated where applicable.
Good safety management also supports workmanship. Controlled access, proper planning, suitable tools, organised materials and routine inspections reduce rework and help protect the roof, electrical equipment and completed system.
Solar and storage projects designed around daytime production demand, machinery, shift patterns, maximum demand and the need to avoid unnecessary interruption to operations.
Large roof areas can provide valuable generation capacity for distribution centres, cold-chain operations, loading facilities, offices and fleet-support infrastructure.
Agricultural projects may support irrigation, refrigeration, packhouse processing, workshops, security systems and other essential farm operations.
Commercial solar can help property owners and operators reduce grid consumption, improve energy visibility and create a more resilient operating platform.
Projects for refrigeration-intensive sites require careful assessment of compressors, starting currents, operating cycles, critical loads and backup objectives.
Ground-mounted solar, battery storage, generator integration, microgrids and containerised solutions can be considered for remote or high-capacity applications.
These images show the range of rooftop, industrial, agricultural and battery work represented in the supplied company portfolio. Project names and capacities can be added once they are confirmed and approved for publication.
A substantial rooftop system distributed around roof features, services and practical access requirements.
Repeated roof zones used to create meaningful generation capacity across a long industrial building.
PV modules positioned in suitable roof zones while preserving access around the installation.
Multiple array sections arranged around the roof geometry and available installation space.
A compact rooftop layout designed around the roof plane and surrounding site conditions.
Solar modules aligned with the available roof area while accommodating the site’s physical constraints.
Battery, inverter and protection equipment installed together in a serviceable indoor location.
A close project view showing module alignment, roof integration and the surrounding installation environment.
A finished photovoltaic installation making productive use of available roof space.
Sigenergy can be considered for suitable commercial projects requiring integrated solar, battery storage, energy management and system monitoring. The final design depends on load profile, phase arrangement, backup objective, required scalability and approved compatibility.
Explore Sigenergy solutions →
FoxESS solutions may suit selected commercial and agricultural applications requiring hybrid inverters, battery storage and intelligent monitoring. Equipment selection must be matched to the actual electrical and operating requirements of the project.
Explore FoxESS solutions →Client names, locations, capacities and financial outcomes should be published only when verified and approved for public use.
Where project details remain confidential, imagery can still demonstrate installation type, roof scale, workmanship and application.
Project descriptions should distinguish between design, supply, installation, commissioning, finance and support rather than implying services not included.
The company reports hundreds of commercial, industrial, agricultural and residential projects, including rooftop PV, battery systems, electrical integration, testing and commissioning.
P&P Solar Solutions states that it has worked in solar since 2005 and has installed well in excess of 100,000 rooftop solar panels.
Exact capacities, client names and site information should only be published where the details are verified and the customer has approved public use. Until then, the photographs are presented by project application.
The company reports experience throughout South Africa and elsewhere in Africa. Each project remains subject to technical feasibility, logistics, site access, local requirements and the agreed commercial scope.
Yes, subject to project scope. Useful information includes equipment details, drawings, monitoring data, fault history, installation photographs, current load requirements and the intended upgrade or expansion.
Recent electricity bills, interval data where available, site location, operating hours, supply details, critical loads, generator information, roof or land information and the desired project outcome are useful starting points.
Battery storage, monitoring, generator coordination and energy management can be assessed where relevant to the site and selected system architecture.
Use the project assessment form or contact Gerrit on 079 231 3700 with a brief description of the site, electricity usage and project objective.
Send us your site location, recent electricity bills or interval data, operating requirements and the outcome you want to achieve. P&P Solar Solutions will use this information to determine the appropriate site-assessment, design and proposal process for your commercial, agricultural, industrial or large-scale solar project.