First USGBC LEED platinum Building in Syracuse includes 250kw solar array; if you have a passion for clean energy there is a way to accomplish your goals by working with the utility company and the betterment for the community, even if utilities first reaction is “hell no!”.
$37,500
$400,000
9.4%
Property
- Owner:
- King+King Architects,LLp
- Type:
- Office Building
- Address:
- 358 West Jefferson St., Syracuse, NY
- Size:
- 50,000 sq ft
- Designations:
- Deep energy retrofit
- Zero net energy
Technology
- Type:
- Solar PV
- Installed:
- January 2010
- Size of System:
- 250 kW
- Purposes:
- To generate electricity
- To heat hot water
- For space heating
- For air-conditioning
Financial Details
- Gross Cost of System:
- $720,000
- Value of Rebates:
- $100,000
- Value of Tax Credits:
- $210,000
- Net Cost of System:
- $400,000
- Annual Savings:
- $37,500
- Own or Lease:
- Purchase with Loan
- Additional Financial Notes:
- Financed with a 7 year lease to own with fixed purchase price at end of lease. Array created about 90% of the energy used in this commercial building.
Professionals & Suppliers
- Products:
- Sunpower
- Installers:
- Tatium Engineers
- Financing:
- M&T Bank
- Architects:
- King & King Architects
- Builders:
- Heuber - Breuer
- Energy Auditors:
- IBC Engineers
What You Need to Know
Description:
250kw solar parking canopy. Covers about 60 cars.
Maintenance Requirements:
Very minimal. Inverters may to fail at 10 plus years
My Motivation:
We had a goal of being “off the grid” when we designed our LEED platinum renovation to this 1920s era warehouse for our office building. It ended up being in the top .1% of LEED platinum buildings in the USA at the time it was put in service in 2010. Had a 12kw array originally. 250kw Solar array followed a couple years later.
Advice:
If you have a goal and a passion it can be accomplished. Put any engineering and architectural rules of thumb on the floor and think creatively and integratively about all systems with you Mechanical and electrical and site design engineers. Minimize and eliminate overlap and duplication of systems for greatest reduction in energy use after proving a very robust energy envelop. Consider that Human beings spend lots of time in buildings and how to maximize the healthy IEQ is very important and can go hand in hand with high performance low every buildings / homes.
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