New to solar? Start here for simple explanations of how solar power works, key terms, and the core parts of a solar system—without technical overload.
A solar site plan is the layout page in your quote or permit set that shows where panels and equipment will go on your home. This beginner-friendly USA guide explains how to read it, what details matter most, and which questions to ask before you approve the design.
Homeowners often hear “backfeed breaker,” “line-side tap,” or “supply-side connection” during solar quoting—but few understand what those terms mean. This guide explains the difference between load-side and supply-side solar interconnection in plain English, why panel limits matter, when installers choose each method, and what questions to ask before approving a design.
Surge protection is one of the most overlooked “reliability” decisions in rooftop solar. This homeowner guide explains what solar surges are (lightning and grid switching), the difference between a whole-home surge protector and solar PV SPDs, what labels and standards matter (UL 1449 and IEC 61643 on datasheets), typical costs, and a copy/paste checklist to get everything in writing—without any risky DIY.
Rapid shutdown is a solar safety feature required on many rooftop systems in the USA. This homeowner guide explains what it is (and what it isn’t), where the shutdown switch/labels are, how different inverter designs meet the rule, what UL 3741 means, and a copy/paste checklist to protect you before you sign—without risky DIY steps.
Solar panels can often be recycled, but the right disposal path depends on whether the panel is working, damaged, or being replaced under warranty or insurance—and on state/local rules. This homeowner guide explains what to do, what to avoid, typical costs, and includes a safe checklist and questions to ask recyclers.
Solar panels can increase home value in many US markets—but the outcome depends heavily on ownership (owned vs leased), system age, local electricity rates, and whether you can document production and permits. This guide explains what actually adds value, what can hurt resale, and includes a copy/paste checklist to sell smoothly.
Most homeowners policies can cover solar panels—but coverage details depend on whether the system is roof-mounted or ground-mounted, owned or leased, and how your policy handles perils, deductibles, and replacement cost. This guide explains the common gaps and gives you a claims-proof checklist to verify coverage before you need it.
Self-consumption is the share of solar energy you use in your home instead of exporting to the grid. In many U.S. rate plans—especially net billing and TOU—this one number can change your savings more than panel efficiency. This guide shows how to calculate self-consumption (using your monitoring app or your bill) and how to increase it safely without risky DIY.
Wondering how many solar panels you need? This homeowner-safe guide turns your electric bill (kWh) into a realistic panel count using peak sun hours (PSH), performance ratio (PR), and average panel wattage—then shows how to confirm it with PVWatts.
Performance Ratio (PR) is the easiest way to understand why real solar output is lower than “ideal” output. This guide explains PR in plain English, the core formula, typical ranges, what lowers PR, and how to use PR to sanity-check PVWatts and solar quotes.
