Confronted with critical operational disruptions due to load shedding, our client, a dynamic architectural firm, sought our expertise to restore their productivity. Losing around 4-6 hours of valuable work time daily, they faced not only significant revenue losses but also the burden of excessive overtime to adhere to their project timelines. Their operation, reliant on sophisticated architectural software, high-performance computing stations, commercial printers, and various other essential electrical appliances, required a resilient and reliable power solution. Recognizing the urgency of their needs, we embarked on creating a system that could ensure uninterrupted creative and technical processes.
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Engaging with a client who not only has a wealth of electrical expertise but also a clear vision for their energy needs was both an honor and a challenge. As a retired electrician, our client knew exactly what they wanted—a state-of-the-art system that could deliver unwavering reliability and efficiency. Their 5-star review stands as a resounding endorsement of our commitment to excellence. We didn't just meet their high expectations; we crafted a bespoke solution that encapsulates the perfect synergy of professional acumen and client insight. This project is a glowing testament to when experience meets precision, resulting in an energy solution par excellence
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For our latest endeavor, we partnered with a client who already demonstrated commendable energy management practices. The goal was not just to address the inconvenience of load shedding but to elevate their energy independence to new heights. Armed with a substantial battery capacity and an expansive solar array, we meticulously designed a system that promises not only to drastically reduce their reliance on grid power but also to harness solar energy with remarkable efficiency. This setup, a blend of foresight and advanced technology, is set to redefine what it means to be self-sufficient in energy usage.
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Embarking on a new journey with our latest client, the mission was crystal clear: to conquer the persistent challenge of load shedding and to significantly slash their grid power dependency. By leveraging the advanced capabilities of Victron technology, we've designed a system poised to revolutionize their energy landscape, setting the stage for substantial efficiency gains and a greener footprint.
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Upon receiving a commendable referral from a satisfied neighbor, our client entrusted us with a significant challenge: to conquer load shedding woes and usher in substantial energy savings. Opting for quality over cost, they chose our premium services despite our quote being the highest. Embracing this trust, we embarked on a meticulously phased project, utilizing the extraordinary flexibility of Victron's range. The result? A testament to efficiency: a mere 1 kWh drawn from the grid over a remarkable 90-day period (Jan'23 - Apr'23).
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Our client, a bustling business in Langebaan, faced a critical challenge: load shedding was costing them 4-6 hours of production every day, leading to substantial revenue loss and long overtime hours just to meet deadlines. With commercial printers, dedicated power stations for the graphics team, and various essential appliances integral to their daily operations, they needed a dependable solution that would keep productivity flowing, even during power outages. We stepped in to design a system tailored to their needs, ensuring that load shedding would no longer disrupt their business or impact their bottom line.
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For a client stepping into retirement at their spacious seafront property, we crafted a sophisticated, phased energy solution that could grow with their evolving needs. Spanning seven stages, this project showcases the impressive modularity and versatility of the Victron product range. Starting with a 5kVA inverter and 5kWh battery backup, the system expanded into a powerful 10kVA inverter with 20kWh of battery storage and a robust 11kWp PV array of 26 panels.
To optimize efficiency, we designed the system with both AC-coupled and DC-coupled configurations: AC coupling ensures maximum efficiency in delivering power to household loads, while DC coupling optimizes battery charging, making the entire setup remarkably energy-efficient and effective.
We also incorporated an EV charger to enhance the client’s green lifestyle. Leveraging the 3-phase grid supply, we configured it for flexible charging options—fast-charging up to 22kW on 3-phase or regular charging at 8kW on single-phase. The Victron EV charger further integrates with the Energy Storage System (ESS), allowing it to draw only from excess PV power once batteries are fully charged and all loads are met. This advanced, adaptable setup allows our client to enjoy a sustainable and luxurious coastal lifestyle with uninterrupted, efficient energy.
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Embracing a quieter lifestyle along the tranquil coastline of St. Helena Bay, our client decided to transition from city life to their holiday home in Britannia Bay, with plans to make it their primary residence over time. Familiar with the quality and reliability of Victron products, they reached out to us for a phased energy solution that would meet both current needs and future demands as the property underwent further construction.
Our initial setup was designed to maximize the existing roof space and power their day-to-day needs, with plans to expand the system as the property evolves. A key requirement was to enable solar charging for their Volvo XC40 Recharge, aligning perfectly with their sustainable lifestyle goals. This phased approach provides the flexibility to adapt as construction concludes, ensuring their home is equipped to support a seamless and self-sufficient coastal living experience.
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In this stylish holiday home with breathtaking views, our client sought a reliable backup power solution with the flexibility for future expansion. With a strict timeline to meet, the client, who works in the import/export industry, was able to supply the batteries directly, while we focused on a rapid and efficient installation.
Following the initial setup, we moved into Phase 2, upgrading to an 8.4kWh lithium battery to bolster storage capacity. In Phase 3, we installed client-supplied solar panels in an east-west configuration, maximizing solar exposure throughout the day. This phased approach not only meets the current demands but also provides a solid foundation for future upgrades, ensuring this home is well-prepared for uninterrupted enjoyment of its exceptional coastal views.
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A retired couple reached out with two straightforward goals: eliminate load shedding disruptions and reduce their electricity bill. With a setup featuring a 5kVA inverter, a 5kWh lithium-ion battery, and a modest array of solar panels, we successfully met both objectives, ensuring a steady power supply and lower utility costs.
To add convenience, we installed a small LED indicator light inside the main house to signal load shedding events, as the system itself was housed in a separate building. Recently, we upgraded their battery capacity to 14.3kWh, further minimizing their reliance on the grid. Thanks to this enhancement, their annual electricity costs now average under R500, covering only essential winter usage—a remarkable shift toward energy independence.
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Tel: 022 495 0016
Tel: 022 495 0017
Cel/WA: 072 437 7620
Email: info@baysolar.co.za
39 Main St, Langebaan
Tel: 022 495 0016
Tel: 022 495 0017
Cel/WA: 072 437 7620
Email: info@baysolar.co.za
39 Main St, Langebaan
Tel: 022 495 0016
Tel: 022 495 0017
Cel/WA: 072 437 7620
Email: info@baysolar.co.za
39 Main St, Langebaan
Tel: 022 495 0016
Tel: 022 495 0017
Cel/WA: 072 437 7620
Email: info@baysolar.co.za
39 Main St, Langebaan
