Apollo Solar Technology: Solar energy solutions for homes and businesses in Randburg

Apollo Solar Technology is a multidisciplinary renewable energy company founded in 2008 and operating from Randburg, Gauteng. With more than a decade and a half of experience, the organisation emphasises quality workmanship, engineering expertise, and a broad approach to solar and hot-water solutions. The business highlights a strong local footprint, boasting an extensive dealer network that covers South Africa and a handful of neighbouring countries. Primary offerings centre on domestically orientated and commercial energy systems designed to deliver performance, savings, and peace of mind.

Core services span three principal areas. First, Solar Water Heating Solutions, including NeoPV Smart Water Heating, focus on improving the efficiency of domestic hot water using solar technology. Second, UPS, Inverters & Batteries address power resilience, providing backup capacity and storage to smoother out outages and rising energy costs. Third, the company emphasises its in‑house manufacturing capabilities, positioning Apollo Solar Technology as a brand with products that are designed, tested, and supplied under its own banner.

The company marks its credibility with several designations and credentials. It notes SABS approval for its products, underscoring compliance with the standards expected in the South African market. The business is BBBEE certified and maintains a network of around 180 authorised dealers across five countries, ensuring local support and installation by approved professionals. The geographic reach focuses on South Africa, with regional connections in neighbouring countries, illustrating a regional capability that extends beyond a single city.

From a customer-experience perspective, Apollo Solar Technology positions itself as a company with established expertise and a track record of large numbers—over 15,000 installations and more than 26,000 satisfied customers cited on the site. This scale suggests a long-standing engagement with both the private and public sectors, including residential homeowners, commercial enterprises, industrial facilities, educational institutions, and agricultural operations. The company’s stated advantages include fast payback periods (typically two to three years), high‑efficiency tube designs, and the assurance of a locally manufactured, certified product line. This narrative is reinforced by client testimonials that collectively praise product quality and responsive after-sales support, with particular staff demonstrating attentiveness and problem-solving capability.

Customer service experiences, however, are not uniformly described. Visitor reviews include instances where communication and responsiveness were reported as slow or unhelpful, with some feedback highlighting delays in providing quotations or perceived gaps in product knowledge. In response to such feedback, the company has acknowledged concerns and indicated it takes steps to address training and service levels. This context suggests a commitment to ongoing improvement while reminding prospective customers that experiences can vary by contact point and project complexity.

What Apollo Solar Technology offers

• Solar Water Heating Solutions, including the NeoPV Smart Water Heating option.
• UPS, Inverters & Batteries for power reliability and energy storage.
• In-house manufacturing and distribution through a nationwide installer network.
• Active customer support channels via sales, customer care and technical support lines.

Typical projects and job types

Projects span residential homes, commercial premises, industrial facilities, and agricultural operations. The company’s installer network supports nationwide deployment, with regional presence enabling local servicing, warranty care, and maintenance. The breadth of sectors served reflects a versatile approach to solar hot-water and solar electricity integration, combined with storage and back-up capability.

How requests usually work

Initial engagement is typically initiated through the company’s contact channels, followed by a site assessment and quotation process. The site assessment page and contact options indicate a formal pathway to assess energy needs, design appropriate systems, and arrange installation by approved professionals. The partner network emphasises that the company does not sell directly to the public, preferring to route customers through credible installers and distributors who can manage installation and after-care.

Practical tips for customers

• Prepare a brief outline of energy needs, including current electricity usage, hot-water demands, and any backup power requirements.
• Ask about the expected payback period based on projected energy savings and local tariff conditions.
• Confirm product approvals and installer qualifications, and verify warranty terms for both equipment and workmanship.
• Request a detailed quotation that itemises equipment, installation, and any necessary ancillary works.
• Engage with the authorised dealer network to access local support and timely maintenance services.

Practical details

Business hours are stated as Monday to Friday, 7:30am to 4:30pm. The physical location is in Randburg, with a recognised address in Strijdom Park, enabling local face-to-face consultations where feasible. The company’s geographic focus centres on South Africa, with regional activity in Botswana, Lesotho, Namibia, Zambia, Mozambique and Zimbabwe through its dealer network. For straightforward inquiries, the contact page lists dedicated email addresses and phone numbers for sales, customer care, and technical support, reflecting a structured approach to customer service.

In summary, Apollo Solar Technology presents a solid, service‑oriented platform for solar water heating and solar power systems, supported by a sizeable dealer network, SABS‑approved products, and a history of installations across diverse sectors. Potential clients are advised to weigh feedback from reviews alongside the formal capabilities and credentials when planning an energy transition.