Do not invest more money than you can afford to lose.
“Net metering is helping to drive the growth of solar power implementation in homes across the United States”. A number have lobbied to change the “net metering” policies that credit consumers for the excess solar power they generate. Does this make sense?
Solar advocates, however, have warned a few growth has been stalled as 171 communities in National Grid’s service territory in eastern Massachusetts are bumping up against the cap on net metering.
Now it may only be a five-year extension, but that will be enough to get the solar industry to President Obama’s Clean Power Plan (CPP), which will solidify solar’s position in the USA energy mix forever. Solar can cut costs by reducing demand on the grid during times of peak electricity use and by avoiding the need to invest in transmission infrastructure. Can you imagine the positive energy that would spread from the advocates throughout the rest of the industry?
As simple as this process sounds, it has generated a huge debate within the electric power industry.
As in Hawaii, other jurisdictions with high penetration of rooftop solar utilities are requesting and being granted the right to charge customers with solar panels a fixed monthly fee.
With the winter coming, there’s always the worry of high electricity bills, but with the help of a new solar project, those costs will be going down.
So which logic is more compelling? If a roof is partially shaded, even seasonally, it may not be feasible to install solar at that location, and if you live in a multi-owner building, where you don’t own the roof, it can be challenging to have “owned solar” on-site. The investment in rooftop solar systems typically pays off in about seven years.
The new Grid Supply and Self Supply programs are expected to be available to customers by October 21.
Australian solar households installing battery systems and ditching the grid altogether will have a negative impact on the wider community according to network provider Jemena.
But how would we quantify the full value of solar?
First, we assume that the price for a given demand remains constant.
It will also supply two-thirds of Schenectady County’s electricity with solar energy.
At the same time, the utility and suppliers would see a decline in retail revenue of $45 million since solar customers would not be paying as much for their electricity. This cross-subsidy is already hundreds of millions of dollars per year and is on track to total almost $4 billion by 2020. This is savings for every customer, not just solar customers. On a standard contract, the utility has been paying 18.9 to 21.8¢ per kilowatt-hour for solar electricity, based on the size of the project.
The researchers from the Research and Development Unit, Nigeria Re and the Department of Mechanical Engineering, University of Ibadan, Ibadan, agreed that the erratic supply of power by Power Holding Company of Nigeria has not only forced the urban dwellers that are presumed to have more access to the electricity than their rural counterpart to the similar fate of the rural dwellers. He added, “We were pioneers in wind energy in the 1990s, and now we’re leading the way in solar”. Moreover, the energy is produced using little to no water, one of the state’s most valuable resources.
Rather than be most expensive, power would be cheapest during the day. These systems also cause major issues for utility grids because of the need to handle the bi-directional flow of electricity to and from the customer.
