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GreenerU company logo



Loan | Alive

Total Raised


Last Raised

$680K | 3 yrs ago

About GreenerU

GreenerU, formerly EnergyClimate Solutions (ECS), led by Massachusetts clean energy and environmental leaders, assists the state's colleges and universities to reduce energy consumption and greenhouse gas emissions. GreenerU was formed by energy efficiency and renewable energy veterans who have developed and implemented more than $1.3 billion in clean energy installations.

Headquarters Location

1 Moody Street

Waltham, Massachusetts, 02453,

United States


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Latest GreenerU News

MassDevelopment gets $2M to fund energy savings on campus

Aug 27, 2013

MassDevelopment on Monday announced that it has closed on a $2 million structured financing that will fund a program to help colleges and universities in Massachusetts complete energy saving projects. The $2 million is loaned to a limited liability corporation called Mass College Green, created by Waltham-based GreenerU Inc., which works with institutions of higher education in implementing projects and programs that will help them increase energy efficiency and save money. In turn, Green

GreenerU Frequently Asked Questions (FAQ)

  • Where is GreenerU's headquarters?

    GreenerU's headquarters is located at 1 Moody Street, Waltham.

  • What is GreenerU's latest funding round?

    GreenerU's latest funding round is Loan.

  • How much did GreenerU raise?

    GreenerU raised a total of $9.05M.

  • Who are the investors of GreenerU?

    Investors of GreenerU include Paycheck Protection Program.

  • Who are GreenerU's competitors?

    Competitors of GreenerU include ecobee, PowerHouse Dynamics, Lucid Design Group, ClearEdge Power, HID Laboratories and 12 more.

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Nanofreeze Technologies Lund AB

By some measures, of all the energy used today over 60% is being lost as waste heat. Beakon Technologies is putting a patented Swedish physical invention in the field of thermoelectric to use for the benefit of sustainable human life by helping the world convert waste heat, wherever it occurs, back into useful electric energy. The technology can also be applied to more energy efficient cooling and heating, replacing compressors wherever they are used. In today's society the energy consumption is ever increasing and it becomes paramount to use the energy as efficient as possible. Today the company only use 1/3 of the energy, the rest becomes waste heat. The current solutions are based on non renewable natural resources that besides quickly draining also have a very negative environmental impact on the company's world. It is consequently vital for scientists to develop a sustainable energy system based on the sun, inner inertia and the movement of the earth. Beakon's innovation, a cooling and energy chip, is an important contribution in the quest for a sustainable energy system. The chip can with its high efficiency convert heat energy to electric energy and thereby converts the waste heat into useful electric energy. The chip can also be used as a heat pump. There are many applications for a thermoelectric chip with efficiency equivalent to today's compressors, but with advantages such as form factor, reliability, silent, environmentally friendly and simplicity to stabilize temperatures. The uniqueness of the core technology of Beakon Technologies is that it addresses the greatest problem of today's thermoelectric elements (Peltier element), the low efficiency. There are two competing heat carrying processes; one being the desired flow of electrons transporting heat in the intended direction and the other being the undesirable flow of phonons in the opposite direction which increases proportionally to how hard the Peltier element tries to pump electrons in the desired direction. The Beakon Technologies element contains a nano-scale "phonon trap", which hinders phonons creating the competing flow. Calculations show that the Beakon Technologies element has the potential of delivering 10-15 times higher energy efficiency than the Peltier elements of today, and 30% higher efficiency than today's compressors.

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