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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Given:
<span>bonds on the market with 19.5 years to maturity
</span><span>a yield to maturity of 6.6%,
current price of $1,043
face value of $1,000
YTM = Coupon payment / current price
6.6% = Coupon payment / 1,043
6.6% * 1,043 = Coupon payment
68.838 = coupon payment
Coupon rate = Coupon payment / Face Value
Coupon rate = 68.838 / 1,000
Coupon rate = 0.068838 or 6.88%
The coupon rate of DMA Corporation's bonds is 6.88%.
Regardless of its price in the market, each bond will have 68.838 annual interest payment or 34.419 semi annual payments.</span>
Answer:
Yes, because they will net $300 per week
Explanation:
According to the marginal principle, production can be increased if marginal revenue would exceed marginal cost. It means that the venture would be profitable
Marginal cost is the increase in cost as a result of increasing output by one unit.
total marginal cost = 1000 + 50 + 150 = 1200
Marginal revenue is the increase in revenue as a result of increasing output by one unit.
Marginal revenue exceeds marginal cost by (1500 - 1200) 300. Thus, hours of operation can be increased
C. It is sometimes difficult for partners to agree on every business decision.