The method to determine the user-side energy storage capacity is as follows: Determine the optimal capacity of the energy storage system after performing load analysis. And analyze the deployment of solar energy production installations.
1. Perform a Load Analysis:For most residential users, they may want to first power all the charging equipment in their home until they understand that this can be expensive. more. After more costs.
Often chosen to power base loads (e.g. refrigerators, light fixtures, modems, routers, etc.). A standard 10-20 kWh residential energy storage system typically provides its base load for 12-24 hours.
When determining energy storage capacity and electricity bills for residential users, the formulaThe following can be used as a calculation guideline:
Amps (A) × Volts (V) = Watt (W), charging power (W) × hours of use (h ) = Watt-hour (Wh), daily load power consumption (kWh) × 30 (days) = monthly load power consumption (kWh/month) ), monthly load power consumption (kWh) × rate of load electricity bill ($/kWh) = monthly electricity bill.
2. Analyze the deployment of solar power generation facilities: Residential solar and energy storage systems can provide residential users with sustainable electricity in the event of a power grid outage, which can provide further savings on electricity bills and reduce the residential carbon footprint.
When a residential user is deciding where to install a residential solar installation, it is important to consider weather conditions aias well as obstacles such as trees or buildings. After determining the installation location, the installed capacity of the solar power generation facility must match the inverter power of the energy storage system.
The incentives that behind-the-meter energy storage capacity can offer are:
With various laws, requirements and incentives in place, understand the energy storage sector. policies and measures are very important. For example, California’s Self-Generation Incentive Program (SGIP) offers rebates ranging from US$250/kWh to US$1,000/kWh.
The state-initiated Self-Generation Incentive Program (SGIP) can offset most, if not all, of the costs of deploying energy storage projects for users in areas at high fire risk, low-income users and disadvantaged users. groups.
This allows these users to access energy stored in the energy storage system during power outages. This incentive can be combined with the US federal Investment Tax Credit (ITC), which will provide an additional 26% of the financing when the energy storage system is deployed with the solar power generation facility.
It's worth it.
1. Wide commercial reach. Far East Battery Jiangsu Co., Ltd. was established on October 28, 2016. The company is located in Jiangsu province. The company has a broad business scope, including lithium-ion batteries, lithium-ion electric batteries and lithium-ion energy storage. batteries and hydrogen fuel cells. Batteries, battery materials, etc.
2. Good treatment. Employees of Far East Battery Jiangsu Co., Ltd. have five insurances and a housing fund, a 30% meal subsidy, a telephone subsidyone, annual leave, employee travel, shuttle transfer, etc., and enjoy good social benefits.