Funding Wizard

The District is currently providing funding opportunities under several components of its Public Benefit Grants Program to local public agencies. The program was developed and designed to meet the needs and challenges faced by Valley public institutions by providing funds towards a wide variety of clean-air, public-benefit projects which will provide a direct benefit to Valley residents.

Accredited institutions of higher education (IHEs) or non-profit organizations located in the United States or its territories. An eligible IHE applicant may work individually or include proposed sub-awards or contracts with others, such as non-profits or commercial organizations, in a project application, effectively forming a team or consortium. Although Federal entities are not eligible to receive funding under this NOFO, they may participate as unfunded collaborators.

The District is currently accepting applications for its Charge Up! Program. This Program provides funding for public agencies, businesses, and property owners of multi-unit dwellings (i.e. apartment complexes, condominiums, etc.) in the San Joaquin Valley to install electric vehicle (EV) chargers. These chargers will support existing EV owners and encourage the growth of the clean technology in the Valley.

This Request for Information (RFI) is being issued by the US Department of Energy’s (DOE) Building Energy Codes Program, on behalf of the Office of Energy and Renewable Energy (EERE) Building Technologies Office (BTO). The intent of this RFI is to obtain public input regarding the solicitation process and structure of a potential DOE Funding Opportunity Announcement (FOA) to fund sustained cost-effective implementation of building energy codes, in accordance with the Infrastructure Investment and Jobs Act. This will be referred to throughout the document as the Resilient and Efficient Codes Implementation (RECI) FOA. Specifically, this RFI seeks input on: • Energy Code Implementation Criteria and Requirements for Key Topic Areas • Advanced Energy Codes and Building Resilience • Methods to Support Sustained State Energy and Building Resilience Code Implementation • Funding, Partnerships, Eligible Entities, and Evaluation Criteria • Energy and Environmental Justice (EEJ) Priorities Information collected from this RFI will be used by DOE for planning purposes to develop a potential FOA. The information collected will not be published.

Replacing your old and inefficient air conditioner units can save more money than you think

Incentives are available for the installation of new high-efficiency air conditioner (AC) units replacing your existing and operating air conditioner units. As your AC unit approaches or reaches its useful life expectancy of 15 years, replacing it with a new high efficient AC unit can save 40-60% on electricity compared to the existing unit.

 
If you are ready to replace your old unit with a new high efficiency air conditioner unit, please download the following information and contact us about your project. (All Projects are subject to funding availability)

Program Steps
 

• Download the Program Guidelines and Air Conditioner Incentive Table documents.
• Download the Air Conditioner Application: (Re-name file using account address and Name)
• Please download and complete all required forms (including the tax forms - W-9 & 590)
• Questions about the program details simply fill out our online form. A representative will contact you within 2-3 business days.

The California Environmental Protection Agency (CalEPA) Environmental Justice (EJ) Small Grants Program offers funding opportunities authorized by California Code of Regulations Title 27, Division 1, Chapter 3, Article 1 to assist eligible non-profit community organizations and federally-recognized Tribal governments address environmental justice issues in areas disproportionately affected by environmental pollution and hazards. The EJ Small Grants are awarded on a competitive basis.

2021 Notice of Funding Availability

In March 2021, CalEPA announced it is accepting applications for its 2021 grant cycle. For each project, the maximum grant amount is $50,000. CalEPA plans to announce the grant awards in the fall of 2021. The grant term will be 18 months, approximately from fall 2021 through Spring 2023.

The purpose of the grant program is to provide funds for pilot projects that: (1) Address emerging forest and rangeland resource issues, (2) Have national or regional relevancy, or (3) Develop new and innovative projects that can be replicated at other institutions.

The DOE Office of Science (SC) program in Biological and Environmental Research (BER) hereby announces its interest in receiving applications for a Research Development and Partnership Pilot (RDPP) within BER’s Earth and Environmental Systems Sciences Division (EESSD). BER has a goal to broaden and diversify institutional representation in the EESSD portfolio with institutions that have limited familiarity and/or engagement with EESSD supported efforts. BER recognizes that there are many academic scientists at institutions not currently supported by BER who have limited familiarity with EESSD programs and research support mechanisms; and BER further recognizes that this lack of familiarity can be a significant barrier to participation in BER research activities, application to BER EESSD funding opportunities, and use of BER scientific user facilities. This barrier is exacerbated by limited opportunities to gain such familiarity. To help provide technical assistance to build capacity and achieve the goal of broadening institutional participation, this funding opportunity announcement (FOA) will provide seed funding for institutions to: 1) develop new partnerships with other academic institutions and/or national laboratories to enable future participation in EESSD-relevant research; 2) facilitate participation in planned EESSD research programmatic and user facility outreach and training activities; and 3) foster the development of climate and environmental science research and training capacity at under-represented institutions.

Through the Inclusive Energy Innovation Prize, DOE aims to fund organizations for ongoing and/or proposed activities related to climate and clean energy that support, build trust, and strengthen relationships and partnerships with disadvantaged communities. Specifically, this prize seeks to enable and enhance business and technology incubation, acceleration, and other community-based and university-based entrepreneurship and innovation in climate and clean energy technologies.

Up to 10 organizations will share a total prize pool of up to $2.5 million.

The goals of the Inclusive Energy Innovation Prize are to:

• Enable clean energy and climate innovation, and entrepreneurship programming and capabilities at colleges and universities that serve large populations of students underrepresented in STEM, Minority Serving Institutions (MSIs), community colleges, and undergraduate institutions.
• Create or increase participation in clean energy and climate-smart job training and job placement/hiring, including programs that target participation from disadvantaged communities, including formerly incarcerated individuals and youth transitioning out of foster care. Workforce training could cover identifying energy efficiencies and greenhouse gas inventories, renewable energy manufacturing, and deployment.
• Foster grassroots innovation related to just and equitable clean energy deployment through activities focusing on community-centric networks and bottom-up solutions for sustainable development, based on the needs of the communities involved
• Identify and fund activities that will help disadvantaged communities become aware of, apply into or otherwise secure DOE funding or other federal, state, local government or private (for-profit or nonprofit) funding, in support of the government’s Justice40 goals.
• Enable the development of replicable clean energy transitions that deliver just and equitable benefits to disadvantaged communities in support of the government’s Justice40 goals.

Important Dates

• Prize Opens: September 2021
• Prize Closes: 5 p.m. ET on February 25, 2022
• Phase One Winner Announcement & Awards: March 2022 (anticipated)
• Phase Two Begins: March 2023 (anticipated)

Background: Solid waste generated in the U. S. has nearly tripled since 1960, according to EPA data. Although recycling and composting are increasingly employed to keep waste from landfill, the U.S. still sends more to landfill each year and landfill space is limited. Source reduction is the most preferred method of waste management in the EPA’s Waste Management Hierarchy. Source reduction is also the most preferred method of waste management for the military (Office of the Assistant Secretary of Defense. Memorandum. “Revision to the Department of Defense Integrated Solid Waste Management Metrics.” United States Army Regulations, March 16, 2020.), but there is no standard method to measure source reduction (DoDI 4715.23). Currently, Installations must report diversion, a measure of waste that is not landfilled or incinerated divided by all waste generated On-Post. In other words, diversion is the percentage of actual waste generated that is reused, donated, recycled, composted, or sent to a waste-to-energy facility. Source reduction is a measure of the amount of reduced waste generation. Diversion is a metric that does not include any source reduction. Smart sensors would allow for consistent data collection of current trends in solid waste generation and disposal. The sensors would show changes over time. Initial data could be used as baseline data to measure changes over time, quantifying future source reduction.Furthermore, visual feedback could be used to nudge the Post population to waste less. Brief Description of Anticipated Work: The government seeks research and technical support for smart sensor design and fabrication of smart sensors to track real-time weights in interior waste containers at two (2) military Installations. Support is also sought for statistical analyses of data results. Study design and study sites will be decided based upon input from selected Installations, ERDC-CERL, Sponsoring Agency, and CESU partners. Details of primary tasks for Year 1 are as follows: Primary Task 1: Smart Sensor Design and Fabrication Sensors shall be able to collect real-time data on solid waste weight generation in interior waste containers and send that data to a sequestered data repository accessible to CERL researchers. Due to variability in container dimensions, sensors need a flexible design that can be tailored to each container. Sensors shall be fabricated by the awardee. Primary Task 2: Sensor Installation Sensors shall be placed in all interior waste containers at two (2) military Installations. At each Installation, sensors will be installed in interior waste containers at up to two (2) dining facilities, the common areas of up to two (2) office buildings, and the common areas of up to two (2) barracks buildings. Installation of sensors shall take place in summer 2022 at the selected Installations. Primary Task 3: Data Collection Data collection shall take place over a period of up to three (3) months, with ten (10) to twelve (12) weeks anticipated. Primary Task 4: Statistical Analyses Using standard statistical methods, data shall be analyzed. Potential Continuation Phase (Year 2) Continuation Task 1: Add Feedback Visualization to existing Smart Sensors Feedback visualization will show waste generation in a legible way and encourage proper segregation of materials (e.g. refuse, recycling, compost). Continuation Task 2: Data Collection Data collection shall take place over a period of one (1) to three (3) months. Continuation Task 3: Statistical Analyses Data and analyses from the primary tasks shall be used as a baseline to compare against when analyzing