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Korridor Capital consults with Fortune 1000 companies, hospitals,
colleges and universities, high schools and municipalities to
reduce their energy costs, realize their energy needs and ensure
that their product production and essential services are not susceptible
to costly power outages and voltage sags and surges. District
energy systems on campuses are analyzed for system upgrades.
Alternative energy sources are examined.
We offer on-site energy systems using
CHP (cooling, heating and power) technology that
is easy to install, has low maintenance and reduces energy costs.
A CHP system increases reliability, enhances security and provides
the energy user with a "physical" hedge for power.
The CHP system produces the thermal and power needs of the energy
user.
We offer a total solution
to finance and design-build the CHP system. We have the
expertise of your state's energy and environmental laws.
We have the financial expertise for these energy systems.
We offer a phased approach for your decision-making with a non-vendor
specific solution and provide a cost effective, total solution
to meet your energy needs. |
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Korridor Capital consults with the energy user to determine
the need for a CHP system. We determine the thermal and
electrical loads of the energy user by creating load profiles
from prior electrical usage. The size and configuration
of the CHP system is determined by analyzing these load profiles.
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Baseload
and reliability requirements for both the thermal and electrical
needs are considered. Next we prepare an economic feasibility
study to demonstrate the cost savings the energy user obtains
by using a CHP on-site energy system as compared to purchasing
power from the grid. A net present value and an internal rate
of return is calculated showing the cost savings.
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Korridor Capital finances the CHP on-site energy system.
Korridor Capital can be a third party owner, leasing the facility
back to the energy user on a long-term absolute net or bond lease.
Leverage lease financing provides low rental rates and can be
structured as a capital or operating lease for the energy user.
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Leverage
leases are 15 to 20 years in length. During the term of the lease
the energy user has control over the facility including the facility’s
expenses. For tax-exempt entities such as municipalities and county
hospitals, Korridor Capital can secure the appropriate financing
for their CHP on-site energy systems. |
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Our strategic alliance partner and team member, Burns & McDonnell,
a national engineering/architectural firm headquartered in Kansas
City with 16 offices around the U.S., presents to the energy user
one or more possible configurations of the CHP system. As
design-builder Burns & McDonnell enters into a preliminary design
phase with pre-construction services and environmental permitting.
During this phase Korridor Capital can arrange the permanent financing.
The next phase is the final design and construction of the CHP system. |
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Our typical CHP system includes a natural gas fired turbine.
The exhaust from the turbine is recycled into an absorption chiller
or a heat recovery steam generator (HRSG) for cooling, heating
or steam. Efficiencies in the 70 to 80% range are achieved.
The cost of producing the electrical and thermal energy from the
CHP system is less than buying the electricity from the national
grid. Long-term reliability rates of 99.999% are achieved.
NOx emissions are only 5 to 15 ppm. CO2 emissions are significantly
reduced.
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We are
unique in that our team offers a total solution to finance and
design-build CHP systems. The energy user can outsource these
services to us. Using our services a reliable, cost effective
CHP system can be easily installed and operational within one
year. |
