Critical Environment Site Assessment
(CESA)
Below is a complete description of the typical items
covered in our CESA. Each client will have specific
needs, so we always start off by visiting our client at the site,
to determine the exact requirements of the CESA. The
site visit typically takes between 1 and 3 hours (depending on
the complexity of the site), with an additional few hours to
prepare our proposal. Don't hesitate to contact us
directly at (613) 821-9700 or e-mail

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you continue, take the test (click here)
Objective
You have identified a need for a comprehensive Critical
Environment Site Assessment (CESA), in order to
effectively document and assess your site’s present status
and capabilities, for future development. The CESA is
essentially a comprehensive baseline site audit. The report is
intended to take the form of a reference manual that would
include all current status information pertaining to the
equipment center’s physical elements (i.e. hardware layout,
electrical distribution system, mechanical systems, fire
suppression system, architectural layout, etc.). It is
essentially both a "snap-shot" of the data center at
that particular point in time, and a comprehensive audit of the
computer room environment and it's critical support equipment
(i.e. mechanical and electrical systems). The CESA
provides you with an immediate assessment, including recommendations,
and serves as a valuable document that can be referred to on
an ongoing basis. Some of the benefits of the
CESA would include the following:
Benefits
- establishes a current baseline reference for the equipment
center (let’s you know where you are at that point in
time)
- identifies any existing areas of vulnerability (i.e.
reliability) and will suggest effective means for
improvement if/as required
- provides a comprehensive review and evaluation of your
facility’s electrical and mechanical support systems
(i.e. the lifeblood or your IT operation)
- provides an accurate inventory of all data center
support hardware (proper inventory, tech specifications
etc.) of all critical components)
- will allow you to effectively plan and budget for
equipment life cycle replacement projects (i.e. UPS,
batteries, air-conditioning units, replacement and upgrade
strategies, etc.)
- will provide an accurate prioritized list of maintenance
and upgrade items (i.e. "To Do" list)
- provides a collection of accurate current status
drawings for efficient site planning management,
maintenance, and growth
- will provide you with a long-term site
enhancement/growth strategy (i.e. future site changes)
The CESA Report
We have outlined the general format of the report. It would
include these sections dealing with the following elements:
- Site Overview
The site overview would provide you with a detailed
description of the site, it’s function, and the support
systems found within it.
- Current Status Drawings (AutoCAD
Format)
Drawings (AutoCAD format) would be prepared to reflect
the current status (as built) of the site (i.e. Electronic
Environment area). The drawings would include (limited
to):
- Architectural (rooms, walls, partitions, etc.)
- Equipment Layout (hardware location - IT and support
systems)
- Electrical (single line and layout)
- Mechanical (single line and layout)
- Fire Suppression (single line and layout)
3. Hardware
Inventory and Loading Estimates
This section would assess the existing loading
(electrical and mechanical) of each functional area (i.e.
network area, server area, etc.) and provide estimates for
future growth potential. This section will also collect
all pertinent information (which is presently being
compiled by others), with regards to the following related
items:
- Computer hardware inventory list (by room and functional
area basis)
- Electrical support systems hardware inventory list
(including technical specifications)
- Mechanical support systems hardware inventory list
(including technical specifications)
- Support Systems Review and Audit
(Electrical and Mechanical)
Generally, the two main critical environment support
systems are comprised of both electrical and mechanical
elements. We will provide analysis of the facility's
electrical and mechanical systems, in order to properly
assess present condition, total capacity, and present
level of reliability.
For the electrical distribution system, we will provide
load testing (capacity) and power quality analysis at the
major distribution point(s) affecting the critical area.
The test performed on the electrical system will also
attempt to quantify and isolate potential sources of
electrical power problems. We shall provide a detailed
description of the suspected and/or problem causing agents,
and provide specific recommendations and instructions for remedial action (if/as required). Measurements and
investigations will be performed at appropriate locations
within the facility. Special attention will be provided to
specific areas of interest that have been identified as
the data center’s mission critical areas.
For this phase, we will use a collection of
"state-of-the-art" data logging and data
capturing equipment.
- Under floor Raised Floor Area -
Electrical distribution review
The study will also include the proper identification
of all electrical cabling and circuitry, located under the
raised floor area (and or within the critical
environment). All power cables and receptacles will be
identified and labeled by tracing and identifying their
point of distribution (i.e. panel boards and circuit
breakers).
All circuit breakers at load centers will be properly
traced, identified, and labeled for circuit
identification. An "as-built" single line
electrical drawing will be completed. All unused and/or
abandoned cables will be identified for removal.
- Life Cycle Analysis (Support
System Upgrade Strategy)
Based on our analysis of the site, we will provide you
with an efficient and cost effective support system
hardware upgrade and replacement strategy as/if required
(i.e. mechanical and electrical systems, etc.). This plan
will deal specifically with the data center support
hardware which will include your electrical distribution
system (i.e. UPS system, batteries, generator, etc.) and
mechanical systems (i.e. air conditioners, etc.).
- Long Term Growth Strategy
A proposed long-term growth strategy would look at the
present status of the data center (existing features,
etc.) and would provide a basic plan for efficient future
growth based on both the facility's existing and/or future
capabilities.
- Site Enhancement
Recommendations
Based on the findings of the report, we will provide
recommendations for site enhancement and improvement as/if
necessary. The recommendation list will take the form of a
prioritized "TO-DO" list that will provide you
with the basis for immediate and effective site
maintenance and management.
Site Assessment Time Frame
The "On-site" study and data collection generally
takes between 10 to 20 days for completion. The final preparation of
the report along with drawings can generally be completed in
approximately 1 to 3 weeks after the completion of the data
collection.
Deliverables
The report format will be a printable PDF file.
We will also deliver a formal final presentation
(debriefing, class room style, if/as required) of the report at your site.
Client Responsibilities
In order to meet our objectives, the client will be
responsible for providing complete access to the facility
during working hours and after hours, if need be. The client
shall provide facilities personnel to assist in accessing
electrical rooms and electrical panels for connection of load
metering equipment (i.e. electrical load analyzers, etc.).
We will require complete access to the existing base
AutoCAD files and drawings relating to the data center
facility. We will also require access to all technical manuals
relating to the data center's support systems (i.e. UPS, AC,
Fire Suppression, etc.). The client will also be responsible
for providing accurate lists of EDP hardware, for both existing
and future requirements.
Call
us at (613) 821- 9700 to discuss your needs or click here to
email us
Last updated November 24, 2010
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