Laastedrif Premium Produce
Ceres
The ambition
Situated in the charming town of Ceres, known as "The Fruit Basket of the Western Cape," Laastedrif produces premium fruits and vegetables. Flourishing amid the region's unique climatic conditions, the farm provides a consistent supply of top-quality produce for both local and international clients. From succulent stone and pome fruit to an array of vegetables, including onion plants and seeds, their varied portfolio is complemented by sheep farming.
Consistent and reliable energy is crucial for Laastedrif due to the nature of its year-round agricultural operations and to sustain critical processes. It powers essential components such as precision irrigation systems, ensuring accurate water distribution for the crops and vital machinery integral to various agricultural processes. In the absence of reliable power, costly disruptions can occur, leading to inefficiencies in irrigation systems, potential impacts on crop health and delays in crucial tasks like planting, harvesting and processing. Climate control systems for livestock may also be affected, impacting the well-being and productivity of the animals.
To counter the challenges posed by South Africa’s unpredictable power outages and ensure a reliable energy supply, Laastedrif made the switch to solar power. This shift, not only addresses the immediate impact of load shedding but also aligns with their commitment to sustainability, improving operational efficiency and optimising resilient farming practices.
The solution
We initiated a thorough site assessment for their roof-mounted solar solution. This involved evaluating the structural integrity of five roofs, assessing shading conditions and analysing the farm’s energy consumption patterns. We secured the necessary permits, including structural roof report and Eskom approval, followed by precise planning for the system design and installation of 800 solar panels. Careful selection of high-quality equipment and an optimised panel layout ensured the successful integration of solar power and efficient energy production.
Integration with the existing electrical and solar infrastructure was carefully planned, and a tailored design for the panel mounting structure was developed. The coordination of interconnection, ground preparation, foundation installation and adherence to safety protocols were key components of the installation process.
Our asset management services help maximise the lifespan and performance of both solar infrastructures by outlining regular maintenance schedules and procedures. This ensures that the panels, inverters and other components operate at peak efficiency to optimise energy production. Our proactive approach aids in identifying and addressing potential issues promptly. Having access to monitoring and reporting mechanisms provides real-time insights into the systems’ performance, energy yield and potential faults.
216kWp
Total installed capacity
800
Solar panels installed
8
Inverters installed
“Partnering with Laastedrif on their solar energy journey, our goal was to address their immediate energy challenges and support their long-term sustainability ambitions. Extending beyond a single project, it allows us not only to provide tailored solutions for the present but also to anticipate and meet evolving needs for their energy security.”
Claude Peters, Managing Director, RenEnergy Africa
CO2
232 435 kg/year emissions avoided per year
The benefits
Consistent and eco-friendly power supply for year-round operations
Reduced dependence on grid vulnerability and fluctuating energy costs
Solar power systems seamlessly integrate with modern farming equipment, facilitating the adoption of advanced technologies for precision agriculture and improved operational efficiency
Reduced carbon footprint and increased eco-friendly practices
Long-term financial savings
Asset management plan that ensures the solar systems perform optimally and generate green power at maximum capacity
Laastedrif Premium Produce
Ceres
Note that all estimated performance figures are calculated using industry-standard systems and norms, assume ideal operating conditions, and were estimated as at the time of the installation. CO2 equivalent analogies source