In the midst of South Africa's energy turmoil, many households, mine included, have turned to solar power as a beacon of hope. Grid-tied solar systems, though a popular choice, have shown limitations during load shedding. This revelation prompted me to explore a more independent path.
Our Solar Battery System Explained
We embarked on a journey from scratch to create a stabilized, independent solar system, not reliant on the grid. This decision stemmed from a desire to tackle problems head-on, amidst the backdrop of a degrading infrastructure and escalating electricity rates.
System Specifications and Equipment
Our setup includes a non-grid tied inverter, a crucial element for autonomy. The heart of the system is a 12vdc load, though I recommend considering 24 or 48v systems for greater efficiency. Key components include:
Learning Curves, Costs, and Stabilization
The journey wasn't without its challenges. Balancing costs, learning about equipment, and stabilizing the system required patience and perseverance.
Managing Your Solar Battery System
Discipline is key in managing a solar system. We have specific routines for battery charging, designated 'washing days', and a structured approach to using high-power appliances like microwaves and hair dryers. IoT connectivity helps monitor our fridges and freezers, ensuring efficient energy use.
Conclusion: A Sustainable Lifestyle Amidst Challenges
Adopting solar energy requires discipline but offers a sustainable way to combat the issues of corruption and inefficiency. However, emerging constraints like water tank restrictions and potential taxes on solar panels remind us of the ongoing challenges in this journey towards self-sufficiency.

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