Event Tickets (limit 40 spots )
Morning 8:45 am to 11:45 (40 Spots)
Lunch 11:45 to 1:30
Afternoon 1:30 pm to 4:30 pm (40 Spots)
Firm Support ($2,200) (limited to 10)
5 ALI Tickets ($2,000 value)
Instruction Material
5 Lunch vouchers
5 CTTC Event Tickets ($200 value)
RP Donation ($500 value)
VI Scholarship Donation ($500 value)
Total value ($3,200)
Small Group Support ($1,400) (limited to 5)
3 ALI Tickets ($1,200 value)
Instruction Material
3 Lunch vouchers
3 CTTC Event Tickets ($120 value)
RP Donation ($200 value)
VI Scholarship Donation ($200 value)
Total value ($1,720)
Individual ticket ($400) (unlimited)
1 ALI Ticket
Instruction Material
1 Lunch Voucher
Sponsorship Opportunities
Prime Sponsor ($3,000) (3 available):
Small tabletop location at lunch
2 ALI event tickets (can be shared with your clients)
4 Lunch vouchers (2 for you and 2 for your clients)
Website recognition
15 Minute speaking opportunity at lunch
Loyal Sponsor ($1,500) (6 available):
ALI 1 event ticket (you can share with our client)
2 Lunch vouchers 1 for you and 1 for your client)
Website recognition
Event recognition
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ALI Instructor
Morning 8:45 to 11:45 am
Stephen Hamstra, P.E., AEE Fellow:
Design of Affordable and Efficient Ground-Source Heat Pump Systems
Course Length: 3 hours
This course describes the best design practices of ground source heat pump systems to achieve maximum customer benefit. The course examines the economic analysis of ground source vs. more traditional systems and what is necessary to design an effective and efficient ground source system. The course covers energy analysis, equipment selection, drilling technologies, testing requirements, hydronic system design and system controls. Participants will learn all that is necessary for the design and installation of a successful ground source heat pump system.
ALI Instructor
Afternoon 1:30 to 4:30
Ghina Annan M.Eng, CEM, LFA, LEED® AP, WELL AP:
Course Length: 3 hours
This advanced course is for professional engineers and architects who want to expand their practice to include the design, construction, and operation of zero energy (net zero) buildings. The course will begin with a definition of such a building. The first principle of zero energy design is to make the building as energy efficient as possible. On-site renewable energy systems will then be added to achieve these efficiency goals. If adequate on-site zero energy is not feasible, then options for off-site renewable energy should be explored. The test for zero energy is at the energy meter, so proper commissioning and operator training are critical to success. The zero energy principles outlined above will be presented with case studies and examples showing how other design professionals have met the zero energy goal.
Thanks to Sponsors
Prime Sponsors
Loyal Sponsor
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