Vivint Solar Announces Financing Vehicle Said To Be Industry-First, Raises $327M
Vivint Solar, Inc. announced that it closed, "an innovative multi-party forward flow funding arrangement that includes project-level debt, a levered tax equity partnership, and the company's first cash equity investment."
The transaction provides up to $327 million in total funding commitments, with an aggregate value of approximately $410 million, which is structured to generate upfront cash margin for the company for approximately 95 megawatts of future solar energy systems. "This transaction is the first of its kind in the residential solar industry that incorporates a multi-party forward purchase commitment anchored by a levered tax equity partnership," the company said
Bank of America Merrill Lynch acted in multiple roles in this transaction, including acting as sole structuring and placement agent for the cash equity and multi-draw term loan. Additionally, Bank of America Merrill Lynch acted as the sole tax equity investor. Hannon Armstrong is participating as the structured cash equity investor.
"The cash margin provided by this vehicle for a portion of our future PPA and lease assets is an important step to increase Vivint Solar's financial flexibility and to solidify a sustainable funding model for the business," said Vivint Solar's Chief Commercial Officer and Head of Capital Markets, Thomas Plagemann. "We expect similar results to selling systems directly to homeowners, allowing us to continue focusing on providing the products best suited for each homeowner."
Vivint Solar expects to raise approximately $3.37 per watt in upfront proceeds in addition to $0.41 per watt in retained value and renewal value. In addition, the company recently closed a $50 million tax equity partnership with a new investor. This multi-party forward flow funding arrangement, together with the undrawn committed capital under Vivint Solar's other tax equity partnerships, is estimated to provide funding to install more than 170 megawatts of residential solar energy systems.