Phase 1: Desktop Feasibility

• Start with a lightweight study to test whether solar makes sense for your scheme.
• Build a representative load profile using available data or reasonable assumptions.
• Demonstrate potential electricity cost reduction, bulk metering options, smart metering strategy, and overall opportunity.
• Provide honest comparisons: acting now versus waiting for future technology improvements.
• This phase requires minimal commitment but gives trustees enough information to decide whether to proceed.

Phase 2: Detailed Planning and Approvals

Once trustees give the go-ahead, move into detailed work:

• Full electrical and structural investigations.
• Municipal engagement and SSEG applications.
• Final system design, financing structure, and contractor selection.
• Community engagement and required approvals (special resolutions, etc.).

Community Engagement and Buy-In

Success depends on strong support from owners and tenants.

• Hold clear, benefit-focused meetings and presentations.
• Explain expected savings, power quality improvements, and impact on levies.
• Address concerns honestly and involve residents early.
• Follow your BC or HOA rules for special resolutions and voting.

Technical and Power Quality Considerations

Good power quality is essential for modern estates.

• Install surge protection and harmonic filters to reduce damage to lifts, pumps, security systems and residents’ appliances.
• Plan for EV charging infrastructure and Vehicle-to-Grid (V2G) readiness.
• Ensure the system meets current NRS standards and future needs.

Metering, Billing and Utility Management

A modern metering and billing platform is one of the most valuable parts of the project.

• It can handle electricity, water, sewage, refuse, rate recoveries, and other utilities through one resident-facing system.
• This improves transparency, reduces administrative burden, increases recovery rates, and provides clear data on savings, solar production, and battery performance.
• The platform also helps track infrastructure, finance, maintenance and future replacement costs.

Financing and Financial Modelling

Compare all realistic options:

• Special levies, bank loans (fixed principal or annuity), Power Purchase Agreements (PPAs), and hybrid models.
• Consider both Eskom tariff escalation and the declining cost of solar technology.
• Choose the structure that best protects levies and delivers benefits to residents.

Municipal Compliance and Approvals

Compliance requirements differ between sectional title (Body Corporate) and freehold erven (HOA) estates.

• Early engagement with the municipality is essential.
• Key topics include SSEG registration, bulk metering options, tariff changes (e.g. to Time-of-Use), and capacity limits.
• Proper planning prevents delays and ensures the project meets all regulations.

Contractor Selection and Project Execution

Choose experienced, licensed installers with a strong track record.

• Check references and warranties carefully.
• Maintain good project oversight and quality control.
• Follow a realistic timeline with clear milestones.

Ongoing Maintenance and Long-Term Performance

Solar systems need relatively little maintenance.

• Budget for regular cleaning and periodic checks.
• Use monitoring software to track performance in real time.
• Plan ahead for inverter replacement (typically after 10–15 years) and future upgrades.

Trustee Checklist

• Confirm internal network ownership and metering strategy.
• Engage the community early and secure proper approvals.
• Compare financing options honestly.
• Plan for power quality, EV charging and future needs.
• Choose reliable partners and maintain clear documentation.

Ready to structure a successful solar project for your Body Corporate or HOA?