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About Home Power

A few decades ago, solar, wind, and hydro-electric technologies made it possible for people to live beyond the reach of the utility grid and harvest renewable energy to power both their homes and lives. With this time-tested history in hand, over the last decade, renewable energy has come to town. Today, on-grid solar-electric and solar hot water systems are a common sight in suburban and urban locations across the country. And each of these systems is an integral part of a movement that is fundamentally reframing the future of energy.

About JLM Energy

JLM Energy is an energy technology company. JLM has created a fully-integrated software platform and energy technology bundle that optimizes energy use and maximizes savings for customers. The bundle includes solar, energy storage, monitoring devices, algorithms and load controllers that are all unified with a single software platform.

JLM Energy is employee-owned and based in Northern California with offices in Arizona, Nevada and Hawaii. www.jlmei.com @JLMEnergy on Twitter.

Contact: Ellen Howe ellen.howe@jlmei.com
Cell: 703-835-5550
Office: 916-878-1487

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Net Metering and Beyond

For grid-tied PV system owners, net metering has been a popular way to credit homeowners for the surplus energy their systems produce. Net metering, together with monetary incentives and state PV energy target levels, makes it easy to connect PV systems to the grid and has resulted in the high growth of residential PV systems.

1/26/17 | Carol Weis & Christopher Freitas | homepower.com

net metering

But this popular policy has recently been under attack and the resulting changes will have serious implications for the solar industry and future PV system owners. This article highlights what changes are occurring, their ramifications on the solar industry, and how to approach PV system design if these changes come to your area.

Net-Metering Basics

Under net metering, when a grid-tied PV system’s output is greater than the building’s electrical consumption, that excess energy flows through a kWh meter into the utility grid. The monetary value of the energy is counted and accumulates as credit, which can be used when the loads are higher and PV system output is lower or nil, such as at night or during cloudy weather. Most utilities allow credits to be carried over from month to month, which allows homeowners to draw on summer’s “banked” electricity during the winter months, when system production tends to be lower.

According to the Solar Energy Industries Association (SEIA), in a typical residential net-metered solar installation, only 20% to 40% of the energy produced by the PV system is exported to the grid—most of the energy produced is used directly in the home. Customers are only billed for their net energy use—that is, the electricity they use at home beyond their PV system’s production and beyond any accrued credits. Surplus PV electricity is usually consumed close by, reducing the load on the utility grid, reducing transmission and distribution losses, and reducing emissions and pollution from power plants.

Net metering offers a simple, low-cost way to accommodate and encourage the installation of grid-tied PV systems. Typically, a single kWh meter can be used, instead of requiring an additional kWh meter for the PV system. A key concept of net metering is that the customer buys electricity from the utility and sells back their PV-produced electricity at the current utility rate. Some utilities also combine net metering with time-of-use (TOU) rates—if the excess electricity is produced during peak rate periods, it is credited at this higher rate, therefore offsetting the cost of more kWh consumed during off-peak periods, which are priced at a lower rate.

Net metering has helped encourage the rapid growth in “distributed” PV systems, which provide other benefits. Distributed PV systems produce nonpolluting energy close to the points of consumption and the systems’ production often coincides with peak demand occurrences, such as air-conditioning on a hot, sunny summer day. This supply of peak power is much less expensive than buying it on the utility power exchanges or building new plants to meet this demand.

According to the Database of State Incentives for Renewables and Efficiency (DSIRE, dsireusa.org), as of July 2016, 41 states had mandatory net-metering rules. Two states do not have mandatory rules, but have utilities that allow net metering (Idaho and Texas); four states have statewide compensation rules other than net metering (Georgia, Hawaii, Mississippi, and Nevada); and three states have no net metering in place (Alabama, South Dakota, and Tennessee).