Consulting services in DG, CHP, CCHP and Solar , WIND POWER PLANT Scheme and Design

Consulting services in DG, CHP, CCHP and Solar , WIND POWER PLANT Scheme and Design

DGSolar offers technical consulting services to support a wide range of industry stakeholders including product developers, third-party owners (leasing / PPA companies), investors of new products and business ventures (technical due diligence), market research and reporting. Business development and go-to-market strategies Product development and system integration with solar PV based on existing / tested energy storage technologies Cash flow analysis, leasing / financing strategies, rate analysis, demand charge savings modeling, sales origination & proposals Product & system research, development, and due diligence

The PV industry has gone through myriad transformations, development cycles, and product / system generations.

Leverage our experience to take advantage of the industry’s successes and mitigate potential failures.

Integrated solar panels, distributed electronic technologies, balance-of-system components, racking / mounting solutions and hardware.

NRTL (CSA, Intertek / ETL, and UL) certification testing consulting services and Code-compliance

Go-To-Market strategy, cost structure, revenue / incentive research, cash flow analysis, business model development

Advanced Solar PV System Design & Project Management Introduction to Solar Energy Industry: The Basics Introduction to Engineering: The Financier’s Perspective

olar Power Plant services include:

Preparation of Feasibility Report Solar Irradiance Analysis and Project Financial Feasibility Report Application submission / Expression of Interest to Government agencies Preparation of Detailed Project Report Project Detailing Assistance in Project Tendering Project Commissioning Support

• Optimal use of solar energy and solar potential optimization through professional resource evaluation (including "bankable data") at specific sites or on a global scale (for solar thermal applications, electricity production with consumer PV systems or large-scale concentration solar power plants, etc.)

• Reference irradiance spectra for specific purposes (PV cells rating, flat-plate or concentrating PV systems performance prediction, solar heat gain through glazings, UV-induced materials degradation, UV-index prediction, solar-blind pyrometric measurements.)

• Broadband irradiance and illuminance modeling and data analysis for applications in energy production, daylighting, plant growth in greenhouses, etc.

• Analysis of measured radiometric data for improved quality control

• Derivation of atmospheric variables (e.g., turbidity) from radiometric measurements.