The definition of a Demand Response scheme involves a coordinated effort to maintain macro-scale consumption within the capacity of the grid in a particular area. This is necessary due to the fact that too wide fluctuations of demand can cause problems on the supply side, forcing the distribution companies to optimise wherever they can. One of the most effective ways to do that is to incentivise end-users to consciously reduce spending during peak periods, usually by rescheduling key processes that require a lot of energy to execute and maintain. Through Demand Response programs, it also becomes possible to integrate the newly available sustainable energy sources into the grid and make maximum use of them. Thus, while the overall consumption remains the same, the pressure on the grid is significantly lower and the possibility of an outage is greatly reduced.
In many countries, cheaper electricity is available during certain periods of the day when the demand is at the lowest level (i.e. typically at night or during weekends). Utility companies are prepared to reward consumers who change their behaviour patterns, charging them lower rates for their compliance. End-users can enjoy significantly reduced electricity bills while enjoying a stable supply for as long as they avoid using large amounts during critical periods. On the flip side, energy companies benefit from more evenly distributed demand and more predictable distribution activities.
One downside of Demand Response programs is that it can be difficult for business owners to access them directly. The aggregation of energy resources is typically undertaken by large energy providers, who sometimes want to restrict the number of discounts available to end-users. At EnviroTech, we always ensure our clients benefit from the best possible deals available, we are always happy to have a friendly chat and explain the key steps.
Solar power is probably one of the best-known forms of sustainable energy, and in recent years it is commonly deployed in residential and commercial properties. The main reason for the growing popularity of this technology is its beneficial impact on the environment – some case studies indicate that solar panels alone can reduce our carbon footprint by 5-10%.
Solar power is probably one of the best-known forms of sustainable energy, and in recent years it is commonly deployed in residential and commercial properties. The main reason for the growing popularity of this technology is its beneficial impact on the environment – some case studies indicate that solar panels alone can reduce our carbon footprint by 5-10%.
The idea here is to eliminate avoidable waste while ensuring that all energy needs are met, thus increasing the overall energy efficiency and staying within the planned expenditure range. In some cases, companies can slash their energy bills by up to 40% by implementing simple measures such as optimisation of the heating system.
Virtual power plants are not physically located in the same place, but are consisted of assets that can be scattered over a wide geographic area. A virtual power plant typically includes at least one renewable energy source (wind, solar…), energy storage facilities, as well as several smart buildings connected into a mini-grid.
Virtual power plants are not physically located in the same place, but are consisted of assets that can be scattered over a wide geographic area. A virtual power plant typically includes at least one renewable energy source (wind, solar…), energy storage facilities, as well as several smart buildings connected into a mini-grid.