Posts Tagged ‘CDM’
Special Promo (70% discount) for Project Finance Models Extended for the Whole February 2010
Special Promo (70% discount) for Project Finance Models Extended for the Whole February 2010
The author of this blog is indeed very happy for the response and interest on the project finance models that has been offered for sale in the internet thru either PayPal (using the DONATE button), or thru the DATA page for small-scale and large-scale project finance models. The discount is further increased from the previous 50% to 70% to keep the momentum going for this marvelous special promo.
Thus for February 2010, a 70% discount on large-scale project finance models will be offered to all our valued clients. The price of small-scale project finance models, however, remain to enable the author continue his pioneering work. More »
Project Finance Model for Determining the “Best New Entrant” Power Generation Technology
Project Finance Model for Determining the “Best New Entrant” Power Generation Technology
In proposing a new power plant project to address a supply deficiency problem in a given grid, it is important for the project proponent and developer to demonstrate to the investors as well as to the regulator and end-users that the proposed power generation technology solution is the “best new entrant” that will address the power deficiency and provide the cheapest, reliable and stable electricity service. More »
Available Project Finance Models with CDM and Renewable Energy Law Incentives
Available Project Finance Models with CDM and Renewable Energy Law Incentives
I just finished polishing all my project finance models for the following power generation technologies and are now available for actual runs by project developers, researchers and individuals doing business development. Using the models below will allow user to determine as quickly as possible the “best new entrant” technology applicable to a particular location given the fuel and energy resource available and the electricity tariff prevailing in the area. More »
Tags: biomass, CDM, CFB, circulating fluidized bed, coal thermal, cogen, cogeneration, combined cycle GT, diesel & RE hybrid, diesel engine, for energy storage, fuel cells, gas thermal, geothermal, incremental economic analysis, Kyoto Protocol, mini hydro, ocean thermal, ocean wave, oil thermal, project finance model, simple cycle GT, solar PV, solar thermal, tidal power and nuclear, wind farm
Project Finance Model for Generic Diesel & RE Hybrid Power Plant
Project Finance Model for Generic Diesel & RE Hybrid Power Plant
The determination of optimal combination of diesel and renewable energy (RE) hybrid power plant is sometimes a difficult exercise for the project developer and EPC contractor.
After an inventory of the available fuel and RE resources in a particular location and application, the next step is to determine thru project finance modeling the economics of a stand alone diesel generator power plant (usually a compression ignition diesel engine running on expensive diesel fuel, gas oil, light fuel oil and bunker fuel oil), and considering a hybrid configuration using biomass resources (biomass gasification with diesel engine, landfill methane with diesel engine, sewage digestion or biogas with diesel engine, municipal solid waste with steam turbine generator, biomass direct combustion with steam turbine generator, biomass co-firing with fossil coal and oil, mini-hydro, wind farm and solar PV).
Project Finance Model for Hybrid Power Plant / Multi-fuel System with CDM
Project Finance Model for Hybrid Power Plant / Multi-fuel System with CDM
During implementation of a project feasibility study for a natural gas pipeline that will serve an anchor load 250-500 mw natural gas-fired combined cycle gas turbine (CCGT), it was felt that additional market for the excess Malampaya natural gas (300 mw surplus plus banked gas for sale) needs to be developed to improve the economics of the pipeline.
Doing a market, technical and feasibility study for this end-use conversion economics will thus entail developing a robust project finance model that is versatile enought to handle conversion of existing power generation and steam/process heat technologies (coal fired, bunker fired, diesel fired diesel electric generators, steam and process heat equipment, refrigeration) to natural gas firing.
The author, an energy technology and business development consultant, has prepared an Incremental Economics Conversion Model for comparing a base case (existing coal-fired or oil fired generation, process heat, refrigeration and air conditioning equipment) versus a more energy efficient, less polluting and cheaper to operate natural gas-fired equipment. More »
