By M. Charles Gould
![Some examples of renewable energy systems include wind, solar, biomass/biofuel, anaerobic digester, geothermal and hydropower like this 6.24 kW solar photovoltaic array. | Michigan State University Extension.](http://msue.anr.msu.edu/uploads/news/_in_article/solar_panel_Gould.jpg)
Some examples of renewable energy systems include wind, solar, biomass/biofuel, anaerobic digester, geothermal and hydropower like this 6.24 kW solar photovoltaic array.
If you are looking for ways to reduce your energy expenses, you will want to attend one of the Energy Conservation: Impact on the Bottom Line workshops being held around the state. Farmers who attend a workshop will learn how to develop an energy management strategy and receive information on the sources of financial assistance available to implement that strategy. While attendance at a workshop is no guarantee of project funding, farmers who have submitted applications for utility rebates and USDA grant funding have experienced success in securing dollars from these sources to implement energy efficiency and renewable energy projects.
For example, three farmers who attended a workshop in January completed a NRCS Agricultural Energy Management Plan and will be applying for EQIP funds to implement recommended practices. Another farmer applied for USDA Rural Development Rural Energy for America (REAP) grant and received $108,000 to install high-efficiency fans, automatic curtain controls and vent controls, static pressure modules, and LED bulbs and fixtures. Registration information and an agenda can be found at http://events.anr.msu.edu/2016_AgEnConsWorkshop/.
Most energy efficiency practices have a payback period of less than 4 years as shown in Table 1. For example, on average, farmers who have replaced old energy inefficient grain dryers with new energy efficient grain dryers have seen an average reduction of 33 percent in their energy costs. Hog producers who have installed recommended energy conservation practices have seen their energy costs reduced, on average, by 89 percent.
Table 1. 2010-2014 average potential energy efficiency savings for different operation types.
Operation Type | Average Savings (% Energy Cost) | Average Payback (Years) | Potential Average Annual Savings ($) |
Dairy* | 41% | 2.5 | $8,371 |
Greenhouse | 38% | 3.8 | $32,941 |
Crops | 16% | 2.0 | $1,864 |
Grain Drying* | 33% | 8.0 | $15,827 |
Irrigation | 40% | 2.2 | $6,192 |
Hogs* | 89% | 5.7 | $20,263 |
Beef* | 23% | 3.4 | $4,745 |
Food Processing/Marketing | 39% | 4.0 | $13,366 |
Rural Business | 38% | 2.4 | $23,187 |
Total (260 operations) | 39% | 3.9 | $14,449 |
Source. Michigan Farm Energy Program, 2015. * Homestead activities only, does not include field operations.
Grant funds can be used to purchase a renewable energy system or make energy efficiency improvements. Utility rebates can only be used for energy efficiency improvements. Some examples of energy efficiency improvements include:
- Freezer and cooler upgrades
- Lighting improvements, window and plumbing upgrades, insulation
- Replacement grain dryers
- Replacement irrigation units (diesel to electric, high presser to low pressure, traveler to pivots)
- Greenhouse heating, lighting and cooling improvements
- High efficiency motors, pumps, fans, blowers, compressors
- Upgrading /replacing HVAC equipment
Source:msu.edu