Expert Services In Electrical Engineering

Do you know what optimal power of your photovoltaics and battery capacity should be for real operation of your company, office or factory?

Our Photomate analysis will that provide to you based on your electricity consumption time chart, not according to the size of the roof! Overall economic evaluation effectiveness of investments in the installation of PV plants and battery storage:

A) Comparison of the time chart of production and consumption of elektricity

B) Investments and revenues during operation PV and battery storage

C) Net present value, index profitability and payback period

D) Simplified economic analysis from the specified time chart of consumption

E) Detailed analysis

Detailed consumption analysis (detailed measurement)
Assessment of possible savings in cash on delivery payments elektricity
Economic evaluation savings in case of PV installation
The economic benefit of PV
Comparison of the time chart of production and consumption of elektricity

A - Basic

Optimization of PV + BESS + CONSUMPTION energy management design based on input data sent by the client.

DESCRIPTION

optimal performance of PV plants
optimal PV power and BESS capacity (taking into account the limitation of flow into the grid)
optimal PV power and BESS capacity with the aim of limiting the maximum taken
optimal capacity of the BESS to the specified power of the PV plant (taking into account the limitation of the overflow / reduction of the taken maximum)
optimal FVE output to the specified BESS (taking into account overflow limitation / reduction of maximum consumption)

INPUT DATA conect

PURCHASE price energy per 1 MWh
DISTRIBUTION price (use of networks) per 1 MWh
MAXIMUM of taken energy, price per 1 MW (or Amps/circuit breaker)
OTHER PAYMENTS (system tax according to local legislation) per 1MWh
OPERATING internal COSTS EUR/year
SALES price of electricity per 1 MWh
SUBSIDY for FV and BESS (% of investment costs)
15 minutes POWER values per calendar year in the defined.xls format OR 60 min POWER values per calendar year in the defined.xls format (however, lower calculation accuracy is achieved)

OUTPUT DATA conect (PDF file format)

Estimated total annual power balance
Estimated investment costs
Net present value 20 years
Profitability index for optimal solution
Return of investment for optimal solution
Graphical and tabular outputs of production, consumption, supply to the network, withdrawal from the network, calculation of savings by month
Calculation of the possible annual savings during the implementation of the proposed measure for the option of reducing the maximum

B - Extended

Optimization of PV + BESS + CONSUMPTION energy management design based on input data sent by the client.

DESCRIPTION

optimal performance of PV plants
optimal PV power and BESS capacity (taking into account the limitation of flow into the grid)
optimal PV power and BESS capacity with the aim of limiting the maximum taken
optimal capacity of the BESS to the specified power of the PV plant (taking into account the limitation of the overflow / reduction of the taken maximum)
optimal FVE output to the specified BESS (taking into account overflow limitation / reduction of maximum consumption)

INPUT DATA conect

PURCHASE price energy per 1 MWh
DISTRIBUTION price(use of networks) per 1 MWh
MAXIMUM of taken energy, price per 1 MW (or Amps/circuit breaker)
OTHER PAYMENTS (system tax according to local legislation) per 1MWh
OPERATING internal COSTS EUR/year
SALES price of electricity per 1 MWh
SUBSIDY for FV and BESS (% of investment costs)
15 minutes POWER values per calendar year in the defined.xls format OR 60 min POWER values per calendar year in the defined.xls format (however, lower calculation accuracy is achieved)

OUTPUT DATA conect (PDF file format)

Estimated total annual power balance
Estimated investment costs
Net present value 20 years
Profitability index for optimal solution
Return of investment for optimal solution
Graphical and tabular outputs of production, consumption, supply to the network, withdrawal from the network, calculation of savings by month
Calculation of the possible annual savings during the implementation of the proposed measure for the option of reducing the maximum

C - Pro

Individually solved analysis of the current state and consumption of electricity based on the client’s request

DESCRIPTION

the possibility of identifying fault conditions in the network
the possibility of designing the optimal performance of FVE and BESS (equivalent to B level)
analysis of payments for electricity consumption and their possible optimization, recommendations for measures to reduce losses, Payments
inputs supplied by the customer or by the customer’s own measurement
measurement of electrical quantities
- average values of electrical quantities in the interval 0.2 s - 10 s (as required)
- measurement of transient and fault events, sampling f=125 kHz
- electrical measurement quantities in the interval of 1/2 period
- measurement of flow rates P and Q
- measurement of higher harmonics in U, I, P

INPUT DATA conect

Based on the agreed measurement range and evaluation of the input parameters, the steps listed below will be carried out
Data provided by the customer in the agreed format
Data measured by the own analyzer will be charged according to the rates below
- INSTALLATION AND DISASSEMBLY OF THE DEVICE
- USE OF MEASURING DEVICE
- TRANSPORT
- OTHER APPROVED COSTS (hotels, flight tickets, etc.)
Data processing
Report completing, calculations, recommendations, measures

1. Description of the problem and reasons for the implementation of the analysis, theoretical analysis of the solved problem
- Solution to reducing payment for electricity consumption, unauthorized supply to the network
- Optimization of consumption,
- Economic choice of FVE and BESS performance
- Solution of PVE, BESS, consumption, repeated failures
- Feedback effects on the network
- Feedback effects of the network on the operation of consumption, FVE, BESS
- Possibility of reducing the maximum taken
- Results of physical simulation of fault conditions and protection testing
Graphical representation of measured data and their description
Overall assessment and proposal for a solution to the problem
Recommended solutions
Presentation of results and discussion of the report