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1 year ago

revenue prediction for integrated renewable energy and energy storage system using machine learning techniques""

1 answer:

4 0

The selection of battery sizing that results in the best financial performances must be supported by revenue estimation for combined renewable energy and energy storage systems.

Mixed-integer linear programming is a common strategy for maximizing the profits of a hybrid hydro and energy storage system (MILP). While MILP models are frequently quite computationally expensive, they can offer precise production cost estimates. We suggest a novel method for forecasting the optimal revenues of an integrated energy generating and storage system in order to offer hydropower plant owners or operators with quick yet accurate first-step information when they consider integrating energy storage systems.

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Farmers Produce Inc. and Growers Market enter into a contract for the delivery of vegetables. Some of the produce spoils before

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4 years ago

Say you are considering two loans. Loan F has a nominal interest rate of 5. 66%, compounded monthly. Loan G has a rate of 6. 02%

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When the effects and impacts of compounding over time are taken into account, the effective annual interest rate is the true return on a savings account or any other interest-paying investment.

Option C is the correct answer: Loan F's effective rate will be 0.302 percentage points lower than Loan G's.

<h3>Given</h3>

The interest rate on loan F is 5.66 percent per month, compounded.

The interest rate on loan G is 6.02 percent, compounded semi-annually.

<h3>Computations of effective rates</h3>

$\text{Effective rate for loan F}:\\\\r = 1+\frac{0.0566}{12}^{12} - 1 \\\\\n=12\\\\\\text{or}\\\\\r=0.0580916\\\\\\\text{Effective rate for loan G}\\\\r = 1+\frac{0.0602}{12}^{2} - 1 \\\\\\n = 2\\\text{or}\\\\\r=0.0611106\\\\\\\text{ The difference between the loans for G and F}:\\\\=0.061106-0.058091\\\\=0.00302\\\\\text{or}\\\\=0.00302 \text{ x } 100\\\\=0.302 \text{percent}$

Therefore, option c is the correct answer.

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3 years ago

Jessica is a U.S. Army Reservist and in 2020 traveled 130 miles each way to serve duty at a local military installation. She was

Zepler [3.9K]

Answer:

AGI Deduction = 580.8 US dollars.

Explanation:

Solution:

Data Given:

Miles traveled = 130 miles

Reporting Period = 4 times in 2020

Cost from home to base = $1.75 toll each way.

Jessica's for AGI deduction for these costs is:

First, we need to find the travel amount:

Travel amount = Miles x Reporting Period x 2 x Mileage rate for deduction

Here, mileage rate for deduction = 0.545 per mile. So,

Travel Amount = 130 miles x 4 times x 2 x 0.545

Travel Amount = 566.8 US dollars.

Now, we need to find the Jessica's Toll Expenses.

Toll Expenses = 1.75 x 2 x 4 times

Toll Expenses = 14 US dollars.

Finally, we can find the required AGI Deduction:

AGI Deduction = Travel Amount + Toll Expenses.

AGI Deduction = 566.8 US dollars + 14 US dollars

Hence, Jessica's AGI deductions are:

AGI Deduction = 580.8 US dollars.

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