1. The Impossible Dimensions
The units used for the dimensions are completely swapped and mathematically impossible:
The Problem: It lists the dimensions as 800 × 660 × 1760 inches. For perspective, 1760 inches is over 146 feet tall (about the height of a 14-story building!). Meanwhile, the packaging size is listed in centimeters (840 × 720 × 1840 cm).
The Fix: Swap the units. The product dimensions should be in millimeters (mm) (800×660×1760 mm is a standard size for a tall, slim fridge, roughly 5.7 feet tall). The packaging size should also be in millimeters (mm) (840×720×1840 mm).
2. Capacity Contradictions
The total capacity and the individual compartment capacities don't add up:
The Problem: It states the overall Capacity is 100–149L. However, right below that, it lists the Freezer Capacity as 100L and the Fridge Capacity as 100L. If both compartments hold 100L, the total capacity must be at least 200L.
The Fix: Change the total Capacity spec to 200L (or adjust the individual fridge/freezer breakdown to match the 100–149L total).
3. Massive Power Consumption
The Problem: The power is listed as 2000W. For a small-to-medium 200L refrigerator, 2000W is astronomically high—that is the power consumption of a commercial clothes dryer or a large space heater, which completely contradicts the "Grade 1 Energy Efficiency" claim.
The Fix: A Grade 1 energy-efficient fridge of this size typically draws around 100W to 200W during normal operation.
4. Cooling System Confusion
The Problem: The sheet lists both Direct cooling and Auto-defrost.
The Nuance: Pure direct-cool refrigerators naturally accumulate frost on the cooling coils inside the compartment and usually require manual defrosting. If it is truly an auto-defrost (frost-free) unit, it typically uses a fan-forced cooling system, not a traditional direct cool system.
The Fix: Clarify if it is a "Frost-Free / Fan-Cooled" system with auto-defrost, or a "Direct Cool" system with manual defrost.
