Constantly challenged with rising costs and a highly competitive market for commercial space, building owners and operators know that they need every possible square foot of space to earn a return. Advancements throughout the solar energy industry now mean that cost centers can become profit centers as innovative and attractive photovoltaic (PV) systems enable the production of free electricity while enhancing building value and amenities. Tilted, low-profile PV systems on low-slope roofs are the preferred and most cost-effective way to deploy PV because these arrays provide electricity close to where it is needed, are quick to install without affecting roofing warranties, and can provide highly attractive returns. Carport mounted systems deployed in parking lots are slightly pricier but still provide a nice return and do double-duty as an attractive amenity for building occupants and guests. In addition, with appropriate design, such carport systems can function as an auxiliary component of the site's snow and storm-water management systems by directing and infiltrating run-off while enhancing site lighting for security.
Massachusetts and other New England states are excellent locations for the commercial deployment of PV systems. While it is true that more sunlight falls in the U.S. southwest and sunbelt states, there is more than enough sun here to make PV systems pay for themselves many times over. The availability of federal tax incentives and state and local benefits make an investment in PV highly lucrative; depending on financing options, typical cash-on-cash returns are in excess of fifty percent (50%) within one or two years.
While the sun is not about to stop shinning, changes in the tax code and solar renewable energy certificate (SREC) program are likely to make returns less attractive in the future meaning that systems should be deployed now in order to lock in known benefits. Fortunately, there is still a short amount of time to take advantage of these inducements before they phase out at the end of the year.
The Massachusetts SREC program is going into a transition phase. Phase I was a huge success and led to the deployment of 400 megawatts (MW) of solar-powered generating capacity years ahead of schedule. However, while the rules of the SREC-II program are being worked out, systems with sizes below 100 kilowatts (kW) can still qualify for the SREC-I program and lock-in that program's highly attractive benefits. The key to qualification is to work with a highly experienced team that can quickly design and engineer the system to speed utility review and lead to the prompt acquisition of an interconnection services agreement (ISA) to govern the inter-operability of the PV system with the electric distribution grid. ISAs in hand before the end of the year will enable the system to qualify for the SREC-I program. Also, while not formally announced, it is likely that regulators will enable systems with substantially-underway ISA applications to similarly qualify for the SREC-I program.
As stated, the SREC-II program is not fully announced. But what is known about it demonstrates that SREC-II will still be highly lucrative. Nevertheless, since financial returns are dependent on federal tax policies slated to change on January 1, 2016, it is expected that the additional 1200 MW of new generating capacity proposed under the follow-on program will be deployed within the next two years. Given this evolution in solar economics, sound planning suggests the following approach for those building owners and operators with sites and electrical loads capable of supporting more than 100 kW of solar generating capacity: (1) Design, apply for, and receive an ISA for a 100 kW system this year; (2) Design, apply for, and receive an amended or additional ISA for an incremental PV system over 100 kW next year once the SREC-II program opens; and (3) build out the entire system at once to minimize installation costs and limit disruption to operations from installation activities.
While PV systems are simple to own and operate as there are no moving parts, the same cannot be said for constellation of technical, financial and timing parameters that must be optimized in order to maximize the return on the investment. Experienced and reputable solar design and installation professionals know how to navigate through these challenging issues in order to deliver the utmost value from free sunlight to the marketplace.
Quincy Vale, Esq., is director & business development for MassAmerican Energy LLC, Marlborough, Mass.