Patent Leaderboard
USPTO Patent Rankings Data through Dec 31, 2025
MK

Mark Kerbel — 14 Patents

ENEncycle: 7 patents #1 of 4Top 25%
RERegen Energy: 6 patents #1 of 2Top 50%
San Diego, CA: #3,169 of 23,606 inventorsTop 15%
California: #43,920 of 386,348 inventorsTop 15%
Overall (All Time): #332,869 of 4,157,543Top 9%
14 Patents All Time
Mark Kerbel has been granted 14 US patents while listed as an inventor at Encycle. The first was granted in 2009 and the most recent in November 2024. Mark Kerbel ranks #332,869 of 4,157,543 US inventors in our database (top 8.0%). Patent records list Mark Kerbel in San Diego, CA, US.

Issued Patents All Time

Showing 1–14 of 14 patents

Patent #TitleCo-InventorsDate
12153415 Methods and apparatuses for detecting faults in HVAC systems based on load level patterns Peter Bryan Malcolm 2024-11-26
11799291 Smart thermostat orchestration Peter Bryan Malcolm, Paul Stidworthy 2023-10-24
11448411 Smart thermostat orchestration Peter Bryan Malcolm, Paul Stidworthy 2022-09-20
11269320 Methods and apparatuses for detecting faults in HVAC systems based on load level patterns Peter Bryan Malcolm 2022-03-08
10767883 Smart thermostat orchestration Peter Bryan Malcolm, Paul Stidworthy 2020-09-08
10605474 Smart thermostat orchestration Peter Bryan Malcolm, Paul Stidworthy 2020-03-31
10139877 Method and apparatus for managing an energy consuming load Roman Kulyk 2018-11-27
9703339 Method and apparatus for managing an energy consuming load Roman Kulyk 2017-07-11
9110647 Method and apparatus for managing an energy consuming load Roman Kulyk 2015-08-18
8918223 Apparatus for managing an energy consuming load Roman Kulyk 2014-12-23
8527108 Method and apparatus for managing an energy consuming load Roman Kulyk 2013-09-03
8527109 Method and apparatus for managing an energy consuming load Roman Kulyk 2013-09-03
7894946 Apparatus for managing an energy consuming load by compiling load state data from other loads Roman Kulyk 2011-02-22
7580775 Method and apparatus for implementing enablement state decision for energy consuming load based on demand and duty cycle of load Roman Kulyk 2009-08-25