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With the advent of LEED, Green Globe, and a myriad of other real estate-related energy conservation programs, interest in new building-applicable technology abounds. New products continue to bombard the investor and building owner, many of which, it seems, are destined to be outmoded before they gain acceptability. Some, however, have the potential of impacting the “green building” market for years to come. We’ve put together a list of the new products that we at Merritt & Harris, Inc. believe have the potential of piquing the energy-conscious building owner ‘s curiosity during 2011.
Solar Energy
Improvements and innovations in solar energy equipment seem to be continuous. In recent years the advent of BIPV (building integrated photovoltaics) have given the conservation engineers exciting new tools. The BIPVs are lightweight and flexible and can be applied to almost any exterior building material, including structural fabric. The benefit of the new BIPVs, aside from their lightweight and flexibility, is that they require fewer system components and electrical connections and, therefore, less labor to install.
The most interesting solar innovation in the renewable energy segment may be the advancement of the organic photovoltaic(OPV) technology originally developed by Xiaomei Jiang, a University of South Florida physicist. An OPV product called SolarWindow™ by New Energy Technologies Inc. of Maryland is a patent-pending sprayed-on film that uses the world’s smallest functional solar cells (1/4 the size of a grain of rice). The ultra-thin film only slightly diminishes the transparency of glass (similar to tinting, a plus in sunny climates) and does not require the high temperature application or vacuum deposition process that other thin films require. Because of the OPV’s superior optical absorption capacity, there is no need to “point” the cells directly at the sun. For this reason New Energy Technologies Inc. envisions turning the entire glass surface of a high rise building into a solar collection site. According to Renewable Energy World.com, engineers modeled a 40-story building in Tampa and estimated that SolarWindow™ would result in a cost savings of $40,000 to $70,000/year, which they contrasted with a polycrystalline silcon aray on the roof that would produce a $20,000 energy savings/year. If this technology proves to be commercially viable and its efficiency can approach acceptablility, this will indeed be a hot product in the future.
The same New Energy Technologies Inc. is currently testing another interesting product. MotionPower™ harnesses excess vehicle energy (kinetic or rolling energy) and converts it to electricity. The collection device resembles a speed bump with a flat plate attached and is located where vehicles are rolling to a stop, such as at drive thru lanes, stop streets, toll booths, and similar locations. The manufacturer anticipates that MotionPower ™ devices placed at toll lanes will provide enough sustainable electricity to power the toll plaza.
Mechanical Equipment
Johnson Controls’ new York Model YK-EP Energy Plus 8,800 to 11,200 kW capacity chiller, can use entering condenser water temperatures as low as 55°F during off-design conditions. OptiSpeed™, an optional variable-speed drive, is touted by the manufacturer to save another 30% each year.
Lighting
There is no doubt that any discussion of energy-conservative lighting has to conclude with light emitting diodes (LED bulbs). With a product that uses 80% less energy and lasts 50 times longer than a conventional incandescent bulb, there exists no reasonable argument regarding the efficiency of LEDs. The drawback for many is the current initial cost. A 60 watt ...
The "W" word is one that lenders would rather not utter. But the reality of the recent economic morass and its effect on uncompleted construction projects, and, therefore, their underlying loans, is that workouts are inevitable as more projects become troubled. Construction lending carries a considerable amount of risk. Distressed and troubled properties, of course, differ in the nature of their problems and, consequently, in the construction lender’s path to hopefully salvaging some portion of return. The reasons for the troubles during construction are myriad, including poor management and significant schedule extensions; inadequate contract documents (which can lead to a plethora of change orders and cost overruns); lack of control of the finances; inexperienced developers, contractors and subcontractors; undercapitalized developer; and; in some cases, blatant dishonesty. Each project and its problems are different and, therefore, the solution or path to recovery is likewise unique. If the lender chooses to take over the project, either by utilizing in-house workout expertise or an outside servicing agent, a construction consulting firm with workout experience is an essential team member.
The construction consultant’s basic responsibilities focus on brick and mortar issues, construction contracts, permits, and budgetary elements. Establishing where the project stands is the essential first step and involves physically observing the construction, determining its conformity to the contract documents, and, most importantly, establishing what it will cost to complete the construction so that the project can be brought to market. Merritt & Harris, Inc.’s Workout Group generally adheres to the following process when it is asked to assist a lender on completing a distressed or underperforming project:
In a recent actual case, Merritt & Harris, Inc.’s Workout Group was called in to assist a small bank with a problem construction loan. The project under construction was a multi-use building which was to contain residential units (condos), ground floor retail stores, and community facilities. At the point of the Workout Group’s involvement, the project had exceeded its budget, and any semblance of a schedule had been long abandoned. A major contributing factor to the problematic process was an inexperienced developer whose primary interest was an industrial company that he owned. In addition, many work stoppages had occurred due to building department violations (mostly regarding construction safety and the lack of a hoist - the building exceeded 75 ft. in height), and permitting problems. The lending bank had not retained a construction consultant to monitor the project.
The first order of business for the Workout Group was to tour the project to determine its existing condition and state of completion. Based on the information gained by this assessment, the group’s cost estimators were able to determine a cost to complete the work, which at that point was 25% higher than the original budget. Because the developer was a favored customer, the bank chose to work with him rather than foreclose on the property. The bank required that additional equity be injected into the project and increased the amount of its loan. At the Workout Group’s urging, an expediter was retained to deal with the building department issues. At the developer’s insistence, the general contractor was kept, as were most of the subs. The project continued with a new budget and revamped construction schedule while being monitored by the Workout Group’s project manager.
It would be good to report that all went well from that point on, but, alas, the bad habits of the developer and contractor were not cured....
Spring Cost Corner
by Mike Dwyer, Principal
Office to Rental Residential
Construction costs are starting to increase primarily due to the cost of materials. Material costs from steel shapes to aluminum and copper are seeing year over year increases of 3.5-9.0%. New commercial construction is starting to see glimmers of hope for a modest recovery, as we said in our last newsletter, but there is still no clear image of the light at the end of the tunnel.
In recent months, we have been engaged to review and monitor a number of conversion projects. Although many traditional workouts are still being classified as "Special Assets", there are groups of investors and some lenders who are starting to seize the opportunities of low prices to purchase at below market rates and turn the properties into income producers.
While no conversion or renovation can be considered "typical", and a cost per square foot cannot adequately give a rule of thumb cost for a renovation, the chart included above is based upon an actual project. Unit costs can be gleaned from the chart for such items of work as window replacement, renovated interior finishes, and conversion of mechanical, electrical, and plumbing from residential to office, be wary that the scope of any project must be carefully reviewed to ascertain whether the budget is reasonable. The reference costs are "baseline" costs and must be adjusted for locale.
If you have a specific project you are evaluating and would like a comprehensive cost analysis, please feel free to contact...
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