Commercial Solar Battery 215kWh

Storing the commercial solar storage batteries properly is essential for the safety, reliability, and long-term use. Here are the key points we suggest for you to store these systems:

• Temperature. Store the commercial battery storage in a cool, dry location with an ambient temperature range from -20°C to 60 °C(-4℉ to 140℉), this can prevent the commercial battery storage systems against performance degradation.
• Ventilation. Ensure the adequate airflow to prevent heat buildup of the lithium commercial batteries.
• Away from hazards. Store the commercial batteries away from flammable materials, direct sunlight, or sources of heat.
• Fire Protection Check.  The commercial battery storages are always equipped with fire extinguishers such as gas-based systems for lithium batteries, regular check is important for the whole commercial batteries.

There are many benefits to using the commercial solar system batteries, here are the benefits that we conclude for your reference:

• Reduce Electricity Costs.  By charging the commercial battery storage system when the grid electricity cost is low, and discharging the batteries for the commercial and industrial load when the grid electricity cost is high, you can save a lot of electricity costs then.
• Demand Charge Management. Commercial and industrial businesses often need demand charges on their highest peak energy usage. With the commercial battery storage system, they can get power from the battery storage system during the peak demand for electricity, which will reduce peak grid energy usage and demand charges.
• Reliability All the Time. When the utility grid is unstable or outage status, the commercial battery storage systems can act as the backup power, which is crucial for industries and commercial applications, such as schools, hospitals, restaurants, and so on.
• Environmental Friendly.  Industrial solar battery storages  demonstrate environmental friendliness in material selection, manufacturing processes, usage cycles, and recycling.  Using commercial battery storage systems for commercial areas and industries not only aligns with the global shift towards green and low-carbon solutions but also provides businesses with a foundation for long-term sustainable development.

First, you need to evaluate both the initial investment cost and the annual net cash flow generated from the commercial battery system.

• Initial Invest Costs. This will include the cost of the commercial batteries, inverters, wiring, housing, and cooling systems. Labor and permitting fees, subtract applicable subsidies, grants, or tax credits.
• Estimate Annual Savings.  This will include energy arbitrage savings(which can be calculated as savings = (Electricity price difference) * (Energy discharged over the year)), demand charge reduction savings(which can be calculated as savings = Reduced demand charges * number of demand events), grid services, revenue from better utilization of solar or wind systems by storing surplus energy, and renewable energy credits for supporting the grid, and so on.
• Calculate Net Annual Cash Flow. Net Cash Flow = Total Revenue (Savings + Incentives) – Operating Costs.
• Compute the Payback Period. Payback Period = Initial Investment ÷ Net Annual Cash Flow.

Here’s an example for your reference,

Assumptions:

• Initial investment: $500,000(including installation, batteries,wiring, etc).
• Annual savings including energy arbitrage: $40,000, demand charge reduction: $30.000, grid services: $20,000.
• Annual operational costs: $10,000.
• Net annual cash flow: ($40,000 + $30,000 + $20,000) – $10,000 = $80,000.

Payback Period:

Payback Period = $500,000 ÷ $80,000 = 6.25 years.