Doubtful. Solar power and other "renewables" are not consistent. I suppose the exceptions are some thermal and water motion systems but those sources are so rare as to be inconsequential.
Electricity cannot be stored efficiently. Thus, power plants need to generate more than the expected peak energy required at any given time. In the case of solar panels, that utility-generated power must be available for use as the solar panel output varies.
The reality is that IF economical storage of electricity ever exists, it will come to the utilities FIRST, industrial use SECOND and individual use far later. Economies of scale apply. Every electrical utility would love to have such tech available. Currently, they must generate at or above the historical/expected peak need at any time. The higher the peak demand, the higher the cost to customers.
Better technologies for individual users to reduce electrical draws would be displays that use primarily reflective light. That would also be much better for human eyesight. Passive heat dissipation and concentration would be really helpful. Imagine how much energy is used for displays and cooling of electronics. I have no idea your age but before home computers and cell phones existed, home use of electrical power was much lower. Things as simple as electric irons and ovens use a huge amount of power because they're huge resistors. Lower-power processors in smartphones would be great. The primary reason they have been getting larger is to have larger internal batteries. Larger screens on them are secondary reasons. Marketing promotes the large screens as a benefit because that's more attractive to people than a thicker device. Of course, the new ones are more like small clipboards, not a radio you can put in a pockets...but I digress.