Brian J Ahlsten, Age 61Detroit Lakes, MN

Brian Ahlsten Phones & Addresses

Detroit Lakes, MN

Wheaton, MN

Saint Paul, MN

1925 Edinbrook Xing, Brooklyn Park, MN 55443

6545 Glenwood Ave, Minneapolis, MN 55427

1648 125Th Ave, Minneapolis, MN 55448

Golden Valley, MN

Andover, MN

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Social networks

Brian J Ahlsten

Linkedin

Work

Company: Consulting engineers group ltd. Sep 2017 Position: Project engineer

Education

Degree: Bachelors, Bachelor of Science School / High School: University of Minnesota Specialities: Electrical Engineering

Skills

Product Development • Renewable Energy • Electrical Engineering • Product Management • Smart Grid • Automation • Energy • Solar Energy • Energy Efficiency • Embedded Systems • Electronics • Design of Experiments • Alternative Energy

Industries

Renewables & Environment

Mentions for Brian J Ahlsten

Brian Ahlsten resumes & CV records

Resumes

Brian Ahlsten Photo 14

Project Engineer

Location:
1041 Timber Dr, Detroit Lakes, MN 56501
Industry:
Renewables & Environment
Work:
Consulting Engineers Group Ltd.
Project Engineer
Tenksolar, Inc. 2009 - Jul 2017
Senior Applications Engineer
Cooper Power Systems 2006 - 2009
Program Manager
Education:
University of Minnesota
Bachelors, Bachelor of Science, Electrical Engineering
Skills:
Product Development, Renewable Energy, Electrical Engineering, Product Management, Smart Grid, Automation, Energy, Solar Energy, Energy Efficiency, Embedded Systems, Electronics, Design of Experiments, Alternative Energy

Publications & IP owners

Us Patents

Load Shedding Control For Cycled Or Variable Load Appliances

US Patent:
2007002, Jan 25, 2007
Filed:
Jul 24, 2006
Appl. No.:
11/491769
Inventors:
Roger Rognli - Otsego MN, US
Brian Ahlsten - Minneapolis MN, US
International Classification:
H02J 3/00
US Classification:
700295000, 705014000
Abstract:
Control of a variable output appliance of a small energy consumer participating in an electrical load shedding program. A baseline operating characteristic of the appliance is determined for ordinary operation (such as in an absence of any load shedding requirements). An amount by which to reduce output of the appliance is determined in accordance with the load shedding program. Operation of the appliance is controlled to achieve the output reduction in accordance with the load shedding. This approach enables providing incentive for the small energy consumer to participate in the load shedding program, the incentive being based on the amount by which output is reduced, thereby representing a reduction of actual energy consumption for that small energy consumer.

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