Sharp PN-ME652
Display · US market · 38 owner topics
Specifications for PN-ME652 with owner checks for this product design. Use the matching manual for control sequences and replacement parts.
Specifications & model details
Sharp PN-ME652 has tested on-mode power of 100.89 W. At an illustrative four hours per day, that quantity corresponds to 147.30 kWh/year and $29.46 at $0.20/kWh. Add sleep/off use separately. Brightness, content and enabled features can change actual power; tested on-mode watts are not a circuit or power-adapter rating.
Compare power using equivalent brightness, refresh, charging, hub, and standby conditions.
Category & symptom guidance
Monitor energy use varies with screen size, brightness, refresh rate, HDR, USB charging, hub activity, and standby settings. Compare the exact model’s manufacturer specifications or ENERGY STAR listing and note the test condition. A monitor that charges a laptop uses more power from its adapter than the panel alone; do not treat that combined load as the screen’s isolated consumption.
Certification indicates compliance with published criteria, not a guarantee of a specific household bill. Save the model code and label data for the display you are comparing.
High brightness can raise energy use and cause eye strain in a dim room. Set the screen for legibility and ambient light rather than leaving a store or HDR mode active for all tasks. If automatic brightness is offered, test it under normal room conditions and decide whether its changes are acceptable. For color-critical work, balance the display’s luminance with the workflow’s calibration requirements rather than reducing it blindly.
Turning off the monitor when away or using its documented sleep behavior can reduce idle use. Check whether a dock or USB hub remains active in standby.
When a monitor supplies power to a laptop, the monitor adapter supports both display and charging load. The actual energy draw can vary with laptop battery state and workload. If comparing two monitors, note their USB-C power output and whether you plan to use that function. A model with lower panel use may still draw more in your setup if it charges a laptop or powers several USB devices.
Include external docks, speakers, and lights separately when estimating a workstation’s energy. Do not claim a monitor’s label covers every connected peripheral.
Use the same hours, brightness, resolution, refresh, and charging setup when comparing models. If the manufacturer reports annual kWh, treat it as a standardized estimate. For a rough bill estimate, multiply kWh by your utility rate, keeping standby and connected-device assumptions clear. If you measure with a rated meter, record the operating mode and devices powered through the monitor.
A short measurement of a blank desktop is not representative of all-day use, particularly for HDR or high-brightness work. Present the result as a scenario, not a guaranteed saving.
Review the monitor’s sleep timer, auto-off, and wake behavior. A shorter idle timeout can reduce screen-on hours, but it may interrupt presentations or a workstation that expects the display to stay available. Check whether USB charging or a hub remains active while the panel sleeps. For a display with a presence sensor, test the behavior at your normal desk position and disable it if it blanks during legitimate work.
A menu or black screen may draw less power than the usual workload. Measure with representative brightness and content, then record whether HDR, high refresh, and USB charging are enabled. If comparing models, repeat the same task for the same duration and use a suitable meter. Keep room brightness similar because automatic controls can change screen output during the comparison.
These sources support the shared guide. Exact model specifications and matched family procedures have their own sources above.
Owner guidance by Specs & Parts, drafted with GPT-6 Luna. Sources and scope.
Recorded model facts
| Specification | Recorded value | Evidence |
|---|---|---|
| On-mode power | 100.89 W | CertificationENERGY STAR — Monitors & displays monitors.csv; row 2399; ENERGY STAR ID 2668045 Certification dataset declaration; check manufacturer installation documents for fit and clearances. Observed Oct 31, 2026 |
| Sleep-mode power | 0.6 W | CertificationENERGY STAR — Monitors & displays monitors.csv; row 2399; ENERGY STAR ID 2668045 Certification dataset declaration; check manufacturer installation documents for fit and clearances. Observed Oct 31, 2026 |
A comparison group built from recorded designs
36 records in this manufacturer/public-source group. The group uses the brand, category and recorded design, rather than a guessed series or production year.
These are source-record ranges. They do not establish current availability, a shared repair platform or installation compatibility.