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The guide provides a structured framework for electrifying health facilities, moving from stakeholder consultation and national mapping to energy needs assessments, technical analysis, costing, and the development of an implementation strategy. It emphasizes the use of standardized system specifications to achieve economies of scale and suggests integrating health facility power solutions into community mini-grids for long-term sustainability. The approach is designed to be flexible, allowing steps to be expedited or run in parallel during emergencies.

EESI urges the U.S. House of Representatives Committee on Appropriations to provide at least level funding for key Department of Energy (DOE) programs in FY2021. The testimony highlights the importance of the Office of Energy Efficiency and Renewable Energy (EERE) in achieving net-zero energy homes and reducing greenhouse gas emissions through research, development, demonstration, and deployment (RDD&D). Specific funding requests include at least $410 million for the Vehicle Technologies Program, $395 million for the Advanced Manufacturing Office, and $300 million for the Buildings Technologies Office, among others.

The briefing highlights a significant opportunity for electric vehicles (EVs) to become a dominant class of renewable energy buyers, potentially requiring 640 TWh of electricity by 2030. It urges EV charge point operators (CPOs), electric mobility service providers (eMSPs), and original equipment manufacturers (OEMs) to develop seamless 100% renewable energy charging solutions, starting with large centralized fleets. The author suggests using energy attribute certificates (EACs) to link electricity consumption with renewable purchases and argues that the incremental cost of renewables is low enough to be absorbed by providers to accelerate adoption. Finally, the document advocates for industry-wide technical standards and interoperable digital infrastructure to enable EVs to participate in energy markets and decarbonization schemes.

The report analyzes how the GCC region and India achieved low solar energy prices through supportive policies, streamlined procurement, and reduced financing costs, contrasting these with Indonesia's challenges including high local content requirements and developer-borne infrastructure costs.

China faces a significant challenge where 66.5% of its coal-fired power plants are located in water-scarce areas, driven by the West-to-East Electricity Transmission Project. To mitigate this, China is investing heavily in solar and wind energy, implementing air-cooling technologies that save nearly 80% of water withdrawal, and enforcing stricter water resource management quotas and caps for the coal sector.

The report examines the deep links between California's water and energy sectors, noting that water services account for approximately 20% of electricity and 30% of natural gas consumption, while hydropower provides an average of 15% of electricity. Using WEAP and LEAP modeling, the study finds that water conservation and potable reuse can reduce energy demands and costs, whereas desalination increases them. To achieve carbon neutrality by 2045, the report emphasizes the necessity of massive growth in solar, wind, and energy storage, alongside the continued role of low-cost hydropower. It also warns that federal policy interference could increase electricity production costs by $23 billion and raise CO2 emissions by 16% compared to the state's policy baseline.

The NewClimate Institute explored the construction of Net-Zero Energy Buildings (NZEBs) in Cartagena, Colombia, as a virtual Article 6 pilot. The study found that NZEBs are currently non-existent or uncommon in Colombia and Latin America, with a price premium of approximately 15% over standard buildings. Due to underdeveloped supply chains for solar PV and dehumidification systems, as well as insufficient domestic regulations, the project is considered additional and inaccessible without foreign support, meaning Colombia could likely export mitigation outcomes via Article 6 without endangering its own Nationally Determined Contribution (NDC).

The report investigates the potential for a new on-tax financing model (EuroPACE) to drive deep energy efficiency retrofits in European residential buildings. It identifies significant market failures, such as long payback periods and knowledge gaps, that hinder private investment. Through analysis of four target countries and three successful case studies (Energiesprong, Oktave, and KfW), the document highlights that success depends on low-cost, long-term financing and the ability to aggregate demand. It projects a total lending potential for EuroPACE of nearly €4bn over ten years across the four primary countries, provided that penetration and renovation rates increase.

The report examines six specific policy cases from the UK, Netherlands, Sweden, Germany, and Austria to provide a roadmap for decarbonising the non-ETS transport and buildings sectors in CEE countries. It uses a participatory transferability assessment involving experts from Poland, Czech Republic, Slovakia, Hungary, Romania, and Bulgaria to identify regional barriers and opportunities for 'leap-frogging' to best practices.

The report finds that while renewable energy investment reached USD 322 billion in 2018, it must almost triple to USD 800 billion by 2050 to meet climate goals. Investment is heavily concentrated in China, the US, and Western Europe, with a dominance of solar PV and onshore wind. The private sector provides 86% of capital, primarily through project developers. Off-grid renewables, though growing, represent less than 1% of total energy access finance, with Sub-Saharan Africa as the primary destination.

The paper argues that well-designed on-bill financing programs remove financial barriers for low- and moderate-income (LMI) households by eliminating upfront costs and using utility payment history instead of credit scores for underwriting. It highlights that tying financing obligations to the utility meter rather than the individual allows renters and subsequent homeowners to benefit from upgrades, solving the 'split incentive' problem. The author presents two case studies: the Hawaii Green Energy Money Saver (GEM$) program, which focuses on solar PV and energy efficiency, and the Orcas Power and Light Cooperative (OPALCO) Switch It Up! program, which emphasizes beneficial electrification. Both programs report zero defaults in their first year of operation, demonstrating the viability of alternative underwriting and the use of loan loss reserves to manage risk.

Pitstop Lodge, an eco-conscious restaurant in Gordon's Bay, South Africa, installed a hybrid-microgrid consisting of a 70kWp solar PV system, a 100kVA generator, and a 178kWh battery pack after Eskom failed to extend the electricity grid to its location. This system provides a constant electricity supply, reducing generator use to two hours per day and resulting in annual carbon offsets of 104 tCO2 and energy savings of approximately 105,014kWh.

The document examines the South African energy storage market, highlighting the shift toward hybrid solar PV and battery systems to mitigate the economic impact of record load shedding. It identifies Lithium-ion (specifically Lithium Iron Phosphate) and Lead Acid as the dominant technologies, while noting that Vanadium Redox Flow and Hydrogen storage face barriers due to limited market penetration and the need for specific use-case analysis. The brief provides cost benchmarks for Li-ion systems and models a hybrid solar PV and storage scenario where the return on investment is estimated at 8-12 years, noting that this period could be reduced if business continuity benefits are factored in.

The document details how District Watch Group, a Cape Town-based security company, integrated eight BMW i3 battery-electric vehicles (BEVs) into its 60-vehicle fleet. The transition resulted in an overall cost reduction of approximately 80% over the vehicle's life, primarily driven by significantly lower maintenance and fuel costs, despite higher upfront capital, insurance, and tyre expenses. The case study highlights the role of green innovation in enhancing the resilience of small and medium-sized enterprises (SMEs) against acute shocks and chronic stresses.

The document details a green economy initiative in two Cape Town informal settlements, Freedom Farm and Malawi Camp, where GreenCape and iSolar Ngoku are deploying solar home systems. The project aims to address a 30-year lack of formal electricity while fostering local employment through the training of community members as installers. The model uses a paid-service approach to ensure ownership and funds a community resource pool.

The document argues that solar PV is a financially viable option for South African businesses, capable of reducing electricity costs by approximately 15% with payback periods between 3 and 12 years. It highlights that larger systems benefit from economies of scale, with capital costs for systems over 500 kWp falling below R10k per kWp. The brief also details various financial incentives, including tax benefits (12i and 12b) and VAT deductibility, and notes that the Western Cape is a leader in implementing regulations and feed-in tariffs for Small Scale Embedded Generation (SSEG).

The document details how CPV Power Plant No.1 (RF) (Pty) Ltd provided 20kW solar PV systems to Touwsrivier Primary School and Steenvliet Primary School. This initiative, aligned with REIPPPP's economic development policy, reduces school electricity costs and provides educational exposure to renewable energy. The case study highlights the potential for public-private collaboration to unlock value in sustainable infrastructure projects.

The report highlights a transition toward sustainable agriculture in South Africa, driven by climate change, water scarcity, and rising input costs. Key investment areas include undercover farming, renewable energy, conservation agriculture, precision agriculture, and urban agriculture. It emphasizes the Western Cape as a strategic hub for greentech due to its high-value export crop production and supportive government environment.

The report outlines the growth of South Africa's utility-scale renewable energy market, driven by the Renewable Energy Independent Power Producer Procurement Programme (REIPPPP) and the Integrated Resource Plan (IRP 2019). It highlights a potential market value of R418 billion for solar PV, wind, and distributed generation by 2030. Key opportunities include the upcoming Bid Window 5, local manufacturing of PV panels and wind towers, and the deployment of utility-scale batteries. The document also discusses the unbundling of Eskom into generation, transmission, and distribution entities to improve market competition and transparency.

The guide argues that sustainable mini-grid deployment requires a balance between government control, public funding, and retail tariffs. It introduces 'fourth generation mini-grids' as a tool for rural industrialization and provides a decision tree to help governments select appropriate delivery models, such as ESCO or split-asset models. Key recommendations include mitigating demand and termination risks through flexible contracts and phased implementation, and utilizing the 'Cost of Service' model to ensure financial viability. The document emphasizes that scaling requires efficient, digitalized administrative processes and portfolio-based licensing to reduce bureaucratic burdens.